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The Premier CNC Machine Shop Arizona | Parallel Ventures

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The Premier CNC Machine Shop Arizona | Parallel Ventures

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At Parallel Ventures, we bring this functional expertise to every product we manufacture in every industry we work in. CNC machining is a general term used for a variety of machining applications. With CNC machine shop Arizona, various types of  CNC machines perform different CNC machining.

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Ratings profile of Parallel Ventures | ProvenExpert.com

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How to Find the Best CNC Machining Services | Parallel Ventures

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How to Find the Best CNC Machining Services | Parallel Ventures

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Parallel Ventures is a highly specialized CNC milling machine company with headquarters in Tucson, Arizona that pushes the boundaries of accuracy in the production of goods for four important industries, including aerospace, military & defense, commercial aviation, and electric cars. With the help of our cutting-edge CNC technology, we are committed to providing production processes with high-quality CNC machining services. We offer high-precision parts for mission-critical components.

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products for four major industries including Aeronautics, Military & Defense, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities. We supply mission-critical parts with extremely tight tolerances. We manufacture products for Aeronautics and tight tolerance parts for military and defense sectors. Moreover, we have the expertise to assemble parts that ultimately enable commercial aviation. Apart from this, we manufacture EV parts with our CNC machining skills. We provide superior CNC milling, CNC turning, CNC Precision Machining, and Electrical Discharge Machining (EDM) services to the world's biggest tier 1 manufacturer. Our skilled machinist ensures every part that comes off the machinery is ready to assemble with no secondary work with smart technology-proved procedures. Parallel Ventures is constantly called by contractors to manufacture parts. For any engineering or industrial queries, feel free to contact us.
Visit Our Website:- https://parallelventures.com/

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products for four major industries including Aeronautics, Military & Defense, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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Top Most CNC Machine Shop in Arizona | Parallel Ventures

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Top Most CNC Machine Shop in Arizona | Parallel Ventures

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Know the Electrical Discharge Machining Process | Parallel Ventures

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Know the Electrical Discharge Machining Process | Parallel Ventures

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Our center of excellence at Parallel Ventures specializes in the manufacturing of highly complicated parts for defense missiles and rockets. In every industry, we work in, every product we create benefits from our functional knowledge. Electrical discharge machining is one of our skills, and it works with a wide range of materials to keep up with improvements in product design, form, and function.

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products for four major industries including Aeronautics, Military & Defense, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities. We supply mission-critical parts with extremely tight tolerances. We manufacture products for Aeronautics and tight tolerance parts for military and defense sectors. Moreover, we have the expertise to assemble parts that ultimately enable commercial aviation. Apart from this, we manufacture EV parts with our CNC machining skills. We provide superior CNC milling, CNC turning, CNC Precision Machining, and Electrical Discharge Machining (EDM) services to the world's biggest tier 1 manufacturer. Our skilled machinist ensures every part that comes off the machinery is ready to assemble with no secondary work with smart technology-proved procedures. Parallel Ventures is constantly called by contractors to manufacture parts. For any engineering or industrial queries, feel free to contact us.

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products for four major industries including Aeronautics, Military & Defense, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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Know the Manufacturing Process at Parallel Ventures | CNC Machining Company

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Know the Manufacturing Process at Parallel Ventures | CNC Machining Company

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Parallel Ventures revolutionizes what is possible in CNC precision machining through the advanced manufacturing process, cutting-edge technology, and industry specialization with our highly skilled machinists. Businesses may gain a lot from incorporating smart, creative technologies into their production process. These advantages include time savings, higher quality, lower costs, more flexibility, and enhanced safety.

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Parallel Ventures

Bio

Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products for four major industries including Aeronautics, Military & Defense, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities. We supply mission-critical parts with extremely tight tolerances. We manufacture products for Aeronautics and tight tolerance parts for military and defense sectors. Moreover, we have the expertise to assemble parts that ultimately enable commercial aviation. Apart from this, we manufacture EV parts with our CNC machining skills. We provide superior CNC milling, CNC turning, CNC Precision Machining, and Electrical Discharge Machining (EDM) services to the world's biggest tier 1 manufacturer. Our skilled machinist ensures every part that comes off the machinery is ready to assemble with no secondary work with smart technology-proved procedures. Parallel Ventures is constantly called by contractors to manufacture parts. For any engineering or industrial queries, feel free to contact us.

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Parallel Ventures Bio Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products for four major industries including Aeronautics, Military & Defense, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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Countersink Vs Counterbore- What's The Difference, And Which Is Better?

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Countersink Vs Counterbore- What's The Difference, And Which Is Better?

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Countersinking and counterboring are two machining operations used in the manufacturing process. Countersinking is creating a tapered conical-shaped hole by drilling or reaming. This process creates an angle on the inner walls of the hole for improved fastener seating and increased load-bearing strength. On the other hand, counterboring is a machining operation where a cylindrical hole with one flat bottom surface is created in the material.

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Countersinking and counterboring are two common machining operations used in manufacturing. Both processes involve cutting holes into the material but differ in the type of hole created. Countersink holes create a conical shape, while Counterbore holes have a cylindrical shape with one flat bottom surface. Each method has advantages and disadvantages, so understanding the differences can help you decide which is better for your specific application.

What is countersinking?

Countersinking is creating a tapered conical-shaped hole by drilling or reaming. This process creates an angle on the inner walls of the hole for improved fastener seating and increased load-bearing strength. The countersink angle is typically used to accommodate flat-head screws or bolts and is measured by the included angle of the conical shape.

What is Counterboring?

Counterboring is a machining operation where a cylindrical hole with one flat bottom surface is created in the material. This type of hole accommodates socket head cap screws or hex head bolts that require more grip than flat-head fasteners. Counterbore holes are usually deeper than countersink holes, which increases their load-bearing capacity.

Which One Is Better?

The answer depends on your application requirements. Countersinking is often used when strength isn't important, while counterboring is used when strength and fastener grip are essential. Countersinking is easier than counterboring and can be done with a drill bit or reamer, whereas counterbore holes require specialized tooling. So if your application only requires a shallow hole for flat-head screws, countersinking may be the best choice. On the other hand, if you need a deeper hole for socket head cap screws or hex head bolts, then counterboring may provide a better solution.

3 Key differences between countersink vs counterbore

Countersink holes create a conical shape, while counterbore holes have a cylindrical shape with one flat bottom surface.

2. Fastener Accommodation

Countersinking is used to accommodate flat-head screws or bolts, whereas counterboring is used to accommodate socket head cap screws or hex-head bolts.

Countersink holes are typically shallower than counterbore holes, which increases their load-bearing capacity.

Bottom line

Both countersinking and counterboring have advantages and disadvantages, so understanding the differences between them can help you decide which is better for your specific application.

No matter your chosen method, it's important to ensure that your holes are cut correctly and meet all design specifications to create a reliable connection. With this guide, you now have a better understanding of countersink vs counterbore how both processes work and what makes each unique.

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Countersink Vs Counterbore- What's The Difference, And Which Is Better?

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Countersinking and counterboring are two common machining operations used in manufacturing. Both processes involve cutting holes into the material but differ in the type of hole created. Countersink holes create a conical shape, while Counterbore holes have a cylindrical shape with one flat bottom surface.

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What is CNC turning and its Advantages | Parallel Ventures

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What is CNC turning and its Advantages | Parallel Ventures

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In the CNC turning production process, bars of material is rotated while being held in a chuck, allowing the material to be removed to produce the required form. For companies and manufacturers, CNC turning machine services provides various advantages. They can lower operational expenses while assisting in productivity growth. Additionally, these devices may deliver excellent precision and repeatability, both of which are crucial for certain applications.

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products for four major industries including Aeronautics, Milita

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CNC Turning Machines: How They Work and Their Benefits | Parallel Ventures

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CNC Turning Machines: How They Work and Their Benefits | Parallel Ventures

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CNC turning machine offer numerous benefits over traditional machining techniques, making them the ideal choice for precision manufacturing projects requiring high accuracy and consistency levels. They can produce complex shapes in a fraction of the time it would take manually while significantly reducing labor costs. Additionally, they can be used with various tools and materials, making them incredibly versatile.

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CNC Turning Machines: Its Work and Their Benefits

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CNC (Computer Numerical Control) turning machines are highly advanced tools that produce precision parts, components, and other products. They are essential to many industries, including automobile manufacturing, aerospace engineering, medical device creation, and electronics assembly. CNC turning is a machining technique that uses computer cutting tools to shape materials such as metals and plastics into complex shapes.

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Top CNC Metal Milling Machine Manufacturers | Parallel Ventures Tucson, AZ

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Top CNC Metal Milling Machine Manufacturers | Parallel Ventures Tucson, AZ

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Parallel Ventures is a specialized CNC metal milling machine manufacturers Company based in the United States that pushes the limits of precision in four major industries: Aeronautics, Military & Defense, commercial aviation, and electric vehicles. Parallel Ventures believes in high standards and attention to detail, but our ultimate success is defined by performance and integrity. Our center of excellence specializes in the fabrication of highly sophisticated parts for defense missiles and rockets.

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Why 5-axis CNC Machine is Revolutionizing the Manufacturing Industry

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Why 5-axis CNC Machine is Revolutionizing the Manufacturing Industry

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5-axis CNC machine is revolutionizing the manufacturing process, offering increased speed, accuracy, efficiency, and flexibility. When used properly, these powerful machines can be game changers for any production line. By maintaining accuracy with high-quality cutting tools, prioritizing preventive maintenance, and utilizing.

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5 axis CNC machine is revolutionizing the world of modern manufacturing. With their ability to quickly produce complex parts and components, these powerful machines offer a range of advantages over traditional three-axis machines. This article explores why 5-axis CNC machines are such a game-changer in the industry and how they can improve production efficiency across many industries.

What is 5-Axis Machining?

5-axis machining uses five axes-X, Y, Z, A (rotation around X), and B (rotation around Y)-to precisely control cutting tool movement during fabrication processes. The result: parts that can be made with greater complexity than ever.

Advantages of 5-Axis Machining

1. Increased production speed and accuracy

The use of 5-axes enables the machine to move faster, with more precise control over the movements of the cutting tool. That allows for faster production times and improved accuracy in part fabrication. If you need to produce complex parts or components quickly, 5-axis CNC machines are the way to go.

2. Improved production efficiency

5-axis machining also improves production efficiency in several ways. The machine can move through intricate part designs more quickly with five axes of motion than a traditional three-axis machine. Additionally, 5-axis machining allows multiple tools to be used simultaneously and independently, further speeding up manufacturing processes.

3. Reduced waste

Due to their incredible speed and accuracy, 5 axis CNC machine create less waste material than traditional three-axis machines. That helps reduce costs associated with wasted materials as well as the environmental impact of production processes.

4. Increased flexibility

The ability of 5-axis CNC machines to move in five directions improves the versatility and capability of production lines. Complex parts can be easily fabricated with these machines, creating a wide range of possibilities for product designers.

Ways to improve the Efficiency of 5-Axis CNC Machines

To maximize the efficiency of 5-axis CNC machine, manufacturers should ensure the following;

1. Maintain accuracy by using high-quality cutting tools

One of the keys to successful 5-axis machining is using the proper cutting tools. To ensure accuracy and precision, use high-quality tools that are correctly matched to the material being cut.

2. Prioritize preventive maintenance

Preventive maintenance plays a crucial role in maintaining the efficiency of your machine. Regularly scheduled maintenance helps ensure that the machine is running at its peak performance. That helps reduce downtime and enhances production efficiency.

3. Utilize sophisticated software

Utilizing powerful and sophisticated software can help increase efficiency in 5-axis machining operations. Look for advanced CAM systems that allow you to create complex shapes, program intricate motions quickly, and optimize tool paths.

Conclusion

5-axis CNC machines are revolutionizing the manufacturing process, offering increased speed, accuracy, efficiency, and flexibility. When used properly, these powerful machines can be game changers for any production line. By maintaining accuracy with high-quality cutting tools, prioritizing preventive maintenance, and utilizing

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Why 5-axis CNC Machine is Revolutionizing the Manufacturing Industry

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5 axis CNC machine is revolutionizing the world of modern manufacturing. With their ability to quickly produce complex parts and components, these powerful machines offer a range of advantages over traditional three-axis machines. This article explores why 5-axis CNC machines are such a game-changer in the industry and how they can improve production efficiency across many industries.

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Find a Superior CNC turning Machine with Parallel Ventures

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Find a Superior CNC turning Machine with Parallel Ventures

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Parallel Ventures is the world's largest tier 1 manufacturer with superior CNC milling, CNC turning, CNC Precision Machining, and Electrical Discharge Machining (EDM) services. Our skilled machinist ensures that every part that comes off the machinery is ready to assemble with no secondary work by using smart technology-proven procedures. Parallel Ventures are increasingly demanded by contractors to manufacture parts.

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of precision in manufacturing products.

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CNC Vertical Mill - Introduction and its Benefits | Parallel Ventures

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CNC Vertical Mill - Introduction and its Benefits | Parallel Ventures

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Parallel Ventures is an ITAR-compliant, ISO9001/AS9100-certified manufacturer that serves the aerospace, defense, commercial aviation, and electric vehicle markets by providing CNC vertical mill machining, fabrication, and assembly services. Our CNC vertical mill executives make decisions by coordinating the company’s direction and priorities with the social and environmental issues that matter most to the company and its constituents.

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To better meet your production demands, consider the value proposition we provide. PV is an ITAR-compliant, ISO9001/AS9100-certified manufacturer that serves the aerospace, defense, commercial aviation, and electric vehicle markets by providing CNC vertical mill machining, fabrication, and assembly services. From brainstorming to final assembly, PV has the resources to take on any size project. We love taking on your most challenging ideas and seeing how they transform the markets you serve. As your one-stop shop for all your business needs, we work closely with you.

PV's Component Assembly Services are made to decrease the number of points of contact, simplify our clients' supply chains, and speed up product delivery to the market. We cater to your individual needs and requirements.
Uniquely Fabricated:
To provide a full turnkey solution for its clients, PV provides gasketing services and sources a broad range of specialized coatings and metal finishing solutions that protect, preserve, and prolong the life of a wide range of materials.
Materials:
We can deal with cold rolled steel, hot rolled steel, stainless steel, titanium, aluminum, brass, Inconel, forgings/castings, aluminum casting, carbon steel, plastics, and tungsten.
Capabilities Expanded Upon:
Components, Assembly, Welding, and Kitting (including Valves, Fittings, Base Plates, and More)
The Missile And Rocket Center Of Excellence
One key distinction between rockets and missiles is that the latter has a guidance system to help them hit their target. However, rockets do not have any guidance system, so they are merely fired in the general direction of the main target.

CNC machining for missile and rocket components is a specialty of PV's CNC machining center of excellence. Cutting-edge Computer Numerical Control (CNC) Milling, Computer Numerical Control (CNC) Lathe, and Electrical Discharge Machining (EDM) are used by PV to produce machined components that meet the exacting standards of any missile or rocket.
Constantly Collaborating
Every day, Parallel Ventures challenges the boundaries of accuracy to produce the component goods that revolutionize our target sectors and ensure our consumers have a fantastic time with us. We specialize in the precision machining of complex components for use in missile and rocket defence systems. Every product we make across every market we serve benefits from this functional knowledge.

Environmental, social, and governance requirements at PV are all intended to work together to make the company a safe and inclusive place for all workers and members of the communities in which we operate. On the environmental front, we strive to be responsible custodians of our planet's bounty. We are aware of the struggles for fair treatment of all people and seek to improve our interactions with our staff, vendors, and clients. Our cnc vertical millexecutives make decisions by coordinating the company's direction and priorities with the social and environmental issues that matter most to the company and its constituents.

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Know About CNC Vertical Mill - Introduction and its Benefits

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To better meet your production demands, consider the value proposition we provide. PV is an ITAR-compliant, ISO9001/AS9100-certified manufacturer that serves the aerospace, defense, commercial aviation, and electric vehicle markets by providing CNC vertical mill machining, fabrication, and assembly services. From brainstorming to final assembly, PV has the resources to take on any size project.

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Everything You Need To Know About Horizontal and Vertical CNC Milling Machine

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Everything You Need To Know About Horizontal and Vertical CNC Milling Machine

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The best type of CNC milling machine for a given application will vary depending on the specific requirements. In general, CNC vertical milling machine is less expensive than horizontal mills and are better suited for small to medium operations, where space is limited and precision is essential.

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Milling machines are among the most versatile machining tools, capable of performing various operations. The CNC milling machines can be classified into CNC vertical milling machines and horizontal ones. Each type has advantages and disadvantages, so the best option for a given application will vary depending on the specific requirements. This piece will discuss the difference between CNC vertical milling machine and a horizontal milling machine.

1. Spindle Orientation

The most apparent difference between the two is the orientation of the spindle, as the name implies. Vertical mills have their spindles oriented vertically, while horizontal mills have their spindles oriented horizontally. This distinction can be crucial, as it determines the type of operations that can be performed and the relative positioning of those operations.

2. Cutting Tools

The orientation of the spindle also determines the cutting tools used. Vertical mills are typically limited to end mills and drill bits, while horizontal mills can use various rotating and non-rotating cutting tools. That includes everything from lathe tools to reamers and taps.

3. Table Size

Another difference between the two is table size. Vertical milling machines have a smaller footprint, as their tables are oriented vertically. That can be an advantage in applications where space is limited, such as in a small shop. Horizontal milling machines have a larger footprint, as their tables are oriented horizontally. That gives them more stability and rigidity, which can be advantageous in larger, heavier operations.

4. Horsepower

The size of the spindle also determines the horsepower used. Vertical mills are typically limited to lower horsepower motors, while horizontal mills can use much higher horsepower motors. That can be essential in larger operations, where more power is required.

The orientation of the spindle also affects rigidity. Vertical mills are typically more rigid than horizontal mills due to their design. That can be an advantage when working with materials that are difficult for machines or when precise tolerances are required.

The cost of vertical and horizontal CNC milling machines can vary depending on several factors, such as size, brand, and features. However, vertical mills are generally less expensive than horizontal mills. That is because they have a smaller footprint and require less horsepower.

7. Applications

The specific application requirements will ultimately determine your type of CNC milling machine. Vertical mills are well suited for small to medium operations, where space is limited and precision is essential. Horizontal mills are better suited for larger operations, where more power and rigidity are imperative.

Bottom line

The best type of CNC milling machine for a given application will vary depending on the specific requirements. In general, CNC vertical milling machines are less expensive than horizontal mills and are better suited for small to medium operations, where space is limited and precision is essential.

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Vertical and Horizontal CNC Milling Machine

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Milling machines are among the most versatile machining tools, capable of performing various operations. The CNC milling machines can be classified into CNC vertical milling machines and horizontal ones. Each type has advantages and disadvantages, so the best option for a given application will vary depending on the specific requirements.

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What are CNC machines and the different types available on the market?

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What are CNC machines and the different types available on the market?

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CNC machines are tools to create and shape parts from materials like wood, metal, and plastic. Many types of CNC machines are available on the market, each designed for specific tasks. In this blog, we have discussed what is CNC machine and the ten most popular types of CNC machines.

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CNC machines are computer-controlled tools that create and shape parts from wood, metal, and plastic. Many types of CNC machines are available on the market, each designed for specific tasks. For example, some CNC machines are designed for cutting wood, while others are better suited for milling metal. This blog will discuss everything you need to know about what is CNC machine. Without further ado, let's get started;

What ate the different types of CNC machines?

There are over ten types of CNC machines, each designed for a specific task. The most popular types are:

1. Milling Machines

A milling machine uses rotating cutters to remove material from a workpiece. It is one of the most versatile machines, capable of cutting wood, metal, and plastic. Milling machines have either vertical or horizontal spindles.

2. Lathes

A lathe is a machine that rotates a workpiece about its axis to perform various operations such as turning, facing, and drilling. According to their construction, lathes are classified into engine lathes, turret lathes, and capstan lathes.

3. Grinders

A grinder is a machine that removes material from a workpiece by abrasion. The surface grinder is the most common type, which uses a rotating wheel to remove material from the workpiece.

4. Drilling Machines

A drilling machine is used to create holes in a workpiece. It consists of a drill bit, held in a chuck, that is rotated at high speeds. Drilling machines are classified into hand-held, benchtop, and radial drills according to their construction.

5. Sawing Machines

A sawing machine is used to cut material with a saw blade. It is one of the most versatile machines, capable of cutting wood, metal, and plastic. According to their construction, sawing machines are classified into hand-held saws, benchtop saws, and standing saws.

6. CNC Routers

A CNC router is a computer-controlled machine that routs (cuts) parts from a sheet of material such as wood, metal, or plastic. Routers are available in various sizes and configurations, from hand-held models to large industrial machines.

7. CNC Plasma Cutters

A CNC plasma cutter is a computer-controlled machine that cuts material with a plasma torch. Plasma cutters are available in various sizes and configurations, from hand-held models to large industrial machines.

8. CNC Laser Cutters

A CNC laser cutter is a computer-controlled machine that cuts material with a laser beam. Laser cutters are available in various sizes and configurations, from hand-held models to large industrial machines.

9. EDM Machines

EDM stands for electrical discharge machining. It is a process that uses electrical sparks to cut material. EDM machines create dies, molds, and other complex shapes.

10. Waterjet Cutters

A waterjet cutter is a machine that uses high-pressure water to cut material. Waterjet cutters are available in various sizes and configurations, from hand-held models to large industrial machines.

Bottom line

CNC machines are tools to create and shape parts from materials like wood, metal, and plastic. Many types of CNC machines are available on the market, each designed for specific tasks. In this blog, we have discussed what is CNC machine and the ten most popular types of CNC machines.

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What are CNC machines and the different types available on the market?

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CNC machines are computer-controlled tools that create and shape parts from wood, metal, and plastic. Many types of CNC machines are available on the market, each designed for specific tasks. For example, some CNC machines are designed for cutting wood, while others are better suited for milling metal.

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Know About Parallel Ventures and CNC machine shops in Arizona 

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Know About Parallel Ventures and CNC machine shops in Arizona 

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If you're looking for CNC machine shops in Arizona, then Parallel Ventures is the right place. We've got everything you need to know about CNC machine shops in Arizona. CNC machine shops are specialty fabrication businesses that offer high-quality machining services with a focus on precision and quality.

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Benefits Of Using Smart Innovative Technology In Manufacturing Processes

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Benefits Of Using Smart Innovative Technology In Manufacturing Processes

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There are many benefits that businesses can derive from using smart innovative technology in their manufacturing process. Consider working with parallel ventures today to learn more about how our team can help you take advantage of intelligent, innovative technology in your manufacturing processes.

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Smart innovative technology manufacturing refers to using advanced and innovative technology to streamline the manufacturing process.

The technology helps businesses save time and money while improving the quality of their products. Most manufacturing industries rely on various types of smart technology to get products to market quickly and efficiently. In this piece, we shall discuss the benefits businesses can derive from using smart innovative technology in their manufacturing process.

1. Time-saving

One of the main advantages of using smart technology in manufacturing is that it helps to save time. Automation technologies such as robotics and 3D printing can help to speed up the manufacturing process by reducing the need for human intervention. That can free employees to focus on other tasks, such as product development or customer service.

2. Improved quality

Another benefit of using innovative technology in manufacturing is that it can help improve product quality. Advanced quality control measures, such as laser scanning and inspection robots, can help to identify defects more quickly and accurately. That means that products are less likely to be faulty, saving businesses money in the long run.

3. Cost-saving

In addition to time-saving and improved quality, using innovative manufacturing technology can also help save businesses money. Automation technologies can help reduce the need for expensive manual labor while reducing waste and scrap. That can lead to significant cost savings for businesses, which can be passed on to customers through lower prices.

4. Increased flexibility

Another advantage of using smart technology in manufacturing is that it can help increase production lines' flexibility. Businesses can quickly and easily adapt their manufacturing processes to meet changing customer demands. For example, a company can quickly change its production line to accommodate a new product if it wants to introduce a new product.

5. Improved safety

Another benefit of using smart technology in manufacturing is that it can help improve employees' safety conditions. That is because automation technologies can help to eliminate or reduce dangerous tasks, such as working with chemicals or heavy machinery. That can create a safer working environment for employees, reducing injury incidents.

Bottom line

Overall, there are many benefits that businesses can derive from using smart innovative technology in their manufacturing process. These benefits include time-saving, improved quality, cost-saving, increased flexibility, and improved safety. Businesses can improve their competitiveness and bottom line by taking advantage of these benefits. Consider working with parallel ventures today to learn more about how our team can help you take advantage of intelligent, innovative technology in your manufacturing processes.

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Know About Smart Innovative Technology In Manufacturing Processes

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Smart innovative technology manufacturing refers to using advanced and innovative technology to streamline the manufacturing process. The technology helps businesses save time and money while improving the quality of their products. Most manufacturing industries rely on various types of smart technology to get products to market quickly and efficiently.

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Precision CNC Machining Services with Parallel Ventures

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Precision CNC Machining Services with Parallel Ventures

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Increasing productivity at work is affordable with CNC machining, also known as computer numerical control machining. CNC machines are fast becoming a popular asset in manufacturing intricate and complex parts for diverse industries, including the marine, aerospace, automotive, and medical sectors. This is because CNC machining services have many advantages compared to traditional methods.

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Increasing productivity at work is affordable with CNC machining, also known as computer numerical control machining. CNC machines are fast becoming a popular asset in manufacturing intricate and complex parts for diverse industries, including the marine, aerospace, automotive, and medical sectors. This is because CNC machining services have many advantages compared to traditional methods.

The manufacturing industry primarily benefits from CNC machining.CNC technology enhances productivity and precision over hand machining, speeds up production, and results in safer and less expensive processes.
CNC Machining Advantages
In comparison to traditional machining techniques, CNC machines have a number of advantages. These machines employ higher levels of automation, which lower the possibility of errors while increasing productivity and cost-effectiveness across the board. The following is a list of the principal benefits of CNC machining services:

Productivity

Because a CNC mill or other machine can be programmed to carry out a complex succession of tasks, you can frequently leave the area while it works. This can include out-of-hours automated machining in specific set-ups, hugely increasing your productivity and rate of output.

Consistency

Using a CNC almost eliminates human mistake, and CNC machines are extremely consistent and accurate in their operations, giving customers uniform and error-free products. Because of the far better level of dependability and quality in the work generated by CNC machining, it is essential for industries where quality is key.

Cost-Effectiveness

With a high output rate and fewer errors in the finished components, CNC machines more than cover their initial expenses. Additionally, CNC machine operators need less training and can learn how to run the machine virtually, doing away with the necessity for training workpieces. The price of these devices will continue to decline as they become more common and widely used.

Safety

Contrary to typical open guard machining, any dangerous safety issues, such as a jam or other machining fault, only pose a risk to the machine and not to the user.

Versatility

CNC machines are perfect for short or lengthy production runs because they can be swiftly reprogrammed to create an entirely new product. Programming changes can be made without taking a lot of time or money.

In the process of manufacturing known as CNC machining, machine tools are controlled by computers to produce parts and goods. Greater accuracy, more precise control, and higher efficiency are the key benefits of CNC machining over conventional techniques.

These advantages make CNC machining suitable for many applications across many industries.

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Precision CNC Machining Services with Parallel Ventures

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Increasing productivity at work is affordable with CNC machining, also known as computer numerical control machining. CNC machines are fast becoming a popular asset in manufacturing intricate and complex parts for diverse industries, including the marine, aerospace, automotive, and medical sectors. This is because CNC machining services have many advantages compared to traditional methods.

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CNC Vertical Mill Machines - Parallel Ventures

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CNC Vertical Mill Machines - Parallel Ventures

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You may strategically handle your production demands with the support of our value position. Parallel Ventures is an ITAR-compliant, ISO9001/AS9100-certified company that serves the Aerospace, Defense, Commercial Aviation, and Electric Vehicle sectors with cnc vertical mill precision machining, fabrication, and assembly.

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CNC Vertical Mill Machines - Parallel Ventures

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The cnc vertical mill cutter moves along the same axis as its spindle, which is steep. The spindle may be retracted if not in use or extended to conduct various tasks, including drilling and cutting.

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Everything You Need To Know About Electrical Discharge Machining | Parallel Ventures

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Everything You Need To Know About Electrical Discharge Machining | Parallel Ventures

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EDM is a process that uses an electric spark to remove material from a workpiece. The spark is generated by an electrode connected to a power source. If you’re looking for a way to machine metal components with precision and accuracy, electrical discharge machining (EDM) might be the right process for you.

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Everything You Need To Know About Electrical Discharge Machining

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If you're looking for a way to machine metal components with precision and accuracy, electrical discharge machining (EDM) might be the right process for you. This blog post will take a closer look at EDM, how it works, and some of its advantages.

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Best Milling Machine Company and its CNC Machining Services  | Parallel Ventures 

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Best Milling Machine Company and its CNC Machining Services  | Parallel Ventures 

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Parallel Ventures is a top milling machine company in Tucson, Arizona and it offers CNC machining services for various industries. Parallel Ventures believe in high standards and attention to detail but our success ultimately comes down to performance and integrity. We are committed to manufacturing the best machining parts for every industry like aeronautics, defense, commercial aviation, and for electric vehicles.

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What You Should Know About CNC Machining for Aerospace Industry

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What You Should Know About CNC Machining for Aerospace Industry

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What You Should Know About CNC Machining for

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What Do You Need To Know About CNC Machining For The Aerospace Industry?

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What Do You Need To Know About CNC Machining For The Aerospace Industry?

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At parallel ventures aerospace machine shop, we have a wide range of CNC machines that can be used for aerospace applications. Our team of experts can help you choose the suitable machine for your project and ensure that your parts are perfectly machined. Contact us today to learn more about our CNC machining services.

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CNC machining is a process that uses computer-controlled machinery to create parts from raw materials. The aerospace industry relies heavily on CNC machining to create aircraft components from aluminum, titanium, and other solid yet lightweight materials. The aerospace industry relies on CNC machines for their high precision and ability to create complex shapes. In this blog, we shall explore what you need to know about CNC machining for aerospace applications.

Classification of CNC machines

CNC machines are classified according to their number of axes. The most common type of machine is the three-axis machine, which can move a cutting tool along the x-, y-, and z-axes. More complex machines, such as five-axis machines, can also rotate the cutting tool around the x-, y-, and z-axes, allowing for more complex shapes to be machined.

Materials used in CNC machining for aerospace

The most common materials used in CNC machining for aerospace applications are aluminum, titanium, and stainless steel. These materials are chosen for their strength, durability, and resistance to corrosion.

Benefits of CNC machining for aerospace

CNC machining offers many benefits for the aerospace industry, including:

1. Increased accuracy

CNC machines can create parts with very tight tolerances, meaning they will fit together perfectly and function as intended. If you are looking for the best aerospace machine shop, parallel ventures CNC machining is the best option. At parallel ventures, we specialize in tight tolerance machining, and our machines can hold tolerances as low as .0002 inches.

2. Increased efficiency

CNC machines are much faster than traditional machining methods, such as manual milling or lathe operation. This increased efficiency means that parts can be produced in a shorter timeframe, which is essential in the fast-paced aerospace industry. In addition, CNC machines can run for extended periods without needing to be shut down for maintenance, further increasing their efficiency.

3. Reduced waste

CNC machining generates very little waste material, as the cutting tools are only in contact with the material that needs to be removed. That contrasts with traditional machining methods, which often produce a large amount of waste. In addition, CNC machining can be used to create parts from recycled materials, further reducing waste.

4. Increased flexibility

CNC machines can be programmed to create parts of various shapes and sizes. This flexibility means that components can be quickly and easily modified if the design needs to be changed. In addition, CNC machining can create prototypes of new parts, which can be tested before mass production begins.

5. Enhanced safety

CNC machines are enclosed systems, meaning operators do not need to be exposed to dangerous cutting tools or flying debris. In addition, CNC machines are often equipped with safety features, such as emergency stop buttons, to enhance safety further.

Bottom line

At parallel ventures aerospace machine shop, we have a wide range of CNC machines that can be used for aerospace applications. Our team of experts can help you choose the suitable machine for your project and ensure that your parts are perfectly machined. Contact us today to learn more about our CNC machining services.

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Need To Know About CNC Machining For The Aerospace Industry?

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CNC machining is a process that uses computer-controlled machinery to create parts from raw materials. The aerospace industry relies heavily on CNC machining to create aircraft components from aluminum, titanium, and other solid yet lightweight materials. The aerospace industry relies on CNC machines for their high precision and ability to create complex shapes.

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CNC Machining Services in Tucson, AZ | Parallel Ventures

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CNC Machining Services in Tucson, AZ | Parallel Ventures

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Parallel Ventures is a US-based CNC milling machine company that provides CNC machining services for the defense, aerospace, and for electric vehicles industries. As a leading CNC production manufacturer, PV’s center of excellence is supplying mission-critical component parts with extremely tight tolerances.

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CNC Precision Machining | What Process We Follow

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CNC Precision Machining | What Process We Follow

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Through the use of modern manufacturing, cutting-edge technology, and industry specialization matched by our highly skilled machinists, Parallel Ventures innovates what is possible in CNC precision machining. Our method is straightforward but keeps us focused on every challenge we meet.

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Check out Parallel Ventures’s portfolio and work with them on Visually

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What is CNC Milling Process | Parallel Ventures

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What is CNC Milling Process | Parallel Ventures

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The CNC milling process is a computerized machining process that controls the movement of cutting tools. To obtain the correct shape and size, the tools gradually remove extra material as they rotate and move across the workpiece's surface. At Parallel Ventures, our field of expertise is the manufacturing of extremely complex parts for rockets and missiles used in defense. In every industry we work in, every product we create benefits from our functional expertise.

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Reliable CNC Machining Services from Parallel Ventures

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Reliable CNC Machining Services from Parallel Ventures

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With CNC machining services, we work with a wide range of materials to meet the continued improvement of product design, form, and function. Our metrology lab at Parallel Ventures is designed to improve measurement accuracy, decrease measurement uncertainty, and deliver your fully inspected product on time and within budget. We are equipped to handle both in-process and final inspection for any type of requirement.

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CNC (computer numerical control) machining is a manufacturing process that employs computer software to control various parts and tools. CNC machining is an accepted digital manufacturing process that makes high-accuracy parts with excellent physical properties directly from a CAD (computer-aided design) file. Whereas various applications are in types of machinery, such as grinders, lathes and turning mills, all of these machines cutting, shaping, and producing parts and prototypes, all are done by CNC machining. CNC machining service is so accurate it reduces errors along with the manufacturing process and eliminates unnecessary waste.
Why Is Cnc Machining Highly In Demand?
CNC Machining Services are used across a wide range of industries including the aerospace industry, transportation industry, military and defense industry, and also in the electronics industry. Therefore we remain relevant by meeting market demands.
We Offer Our Highest Quality Cnc Machining Services:-
Here, we are at the "PARALLEL VENTURES", a company for the Aeronautics, Military & Defence, Commercial Aviation, and Electric Vehicle industries to provide CNC precision machining, fabrication, and assembly work. From the initial concept to full-scale manufacturing and assembly, Parallel Ventures is always prepared to handle your projects. We are passionate about bringing your most complex thoughts into reality and seeing your target industries revolutionise. We collaborate with you in parallel as your one-partner solution. We are a global manufacturer of CNC machined parts with experience delivering a diverse range of critical parts, and services to global and cyclical end markets.
How Parallel Ventures Can Assist In The Following Industries:-
➤Aeronautic Technology:- Aeronautical engineers create aircraft systems for transportation, communications, exploration, and defence. Parallel Venture collaborates with the private, commercial, and government sectors. Tight tolerances dictate the engineering of aerospace parts regardless of industry, and PV's highly skilled machinists enable the company to meet the specialised manufacturing demands of this cutting-edge industry.

➤Military & Defence:- Parallel Ventures reliable to OEMs, military contractors, and global organisations maintain security, tactical superiority, and strategic independence in the face of any threat. PV is always ready to manufacture every part for military and defence customers.

➤Commercial Aviation:- PV's expertise in accuracy machining, while never seen by the average passenger, enables OEMs to assemble parts that eventually enable commercial aviation.

➤Electric Vehicle:- EVs usually have better fuel efficiency and lower fuel costs than comparable conventional vehicles. We actively work with top EVs, HEVs, and PHEVs production experts to improve part strength while using less material and achieving better weight/strength performance.
The 7 Benefits Of Our Cnc Machining Services:-

1. CNC machining generates very little to no waste

2. Greater accuracy and zero defects

3. Reduction in energy consumption

4. More rapid and efficient production

5. Assembly time is reduced

6. Increased personnel security

7. CNC machining reduces production costs

We work with a wide range of materials to meet the continued improvement of product design, form, and function. We work with depth of material understanding, skill, and quality inspection and we provide source directly through suppliers to our customers with surety. In the world of manufacturing, time is supreme, so we always try to provide our best service at exact or within a limited time. Our metrology lab at PV is designed to improve measurement accuracy, decrease measurement uncertainty, and deliver your fully inspected product on time and within budget. We are equipped to handle both in-process and final inspection for any type of requirement. We recognize that the precision of our equipment and our technicians are critical to the reliability of our process.

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Reliable CNC Machining Services from Parallel Ventures

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CNC (computer numerical control) machining is a manufacturing process that employs computer software to control various parts and tools. CNC machining is an accepted digital manufacturing process that makes high-accuracy parts with excellent physical properties directly from a CAD (computer-aided design) file.

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How to Find the Best CNC Machine Shop near You

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How to Find the Best CNC Machine Shop near You

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If you need help finding a reputable CNC machine shop near me, the parallel ventures can help. Parallel ventures are among the few most reputable CNC machine shops. With over ten years of experience in the industry, they have built a strong reputation for themselves. Their team has extensive experience working with businesses in the manufacturing industry. Contact us today to learn more about our CNC  services.

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How to Find the Best CNC Machine Shop near You

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If you're searching for a reputable CNC machine shop near me, there are a few things you'll want to keep in mind. In this piece, we shall be taking you through all you need to know about finding the best CNC machine shop near you.

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Aerospace Machine Shop in Arizona | Parallel Ventures

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Aerospace Machine Shop in Arizona | Parallel Ventures

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An aerospace machine shop is a highly-specialized company that is working on machining parts. In parallel ventures, we are working with leading-edge technologies and integrating them into aerospace vehicle systems used for transportation, communications, exploration, and defense applications. In parallel ventures, we stay relevant by addressing the needs of the market.

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Parallel Ventures- CNC Machining Services in Tucson

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Parallel Ventures- CNC Machining Services in Tucson

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Parallel Ventures- CNC Machining Services in Tucson

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The Finest CNC Machine Shop Near You in Tucson, AZ

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The Finest CNC Machine Shop Near You in Tucson, AZ

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If you are searching for a reliable precision machine shop near me, we are here to help and assist you with all your needs. Parallel Ventures is a well-known and highly specialized CNC machine shop in Tucson, AZ, specializing in Aeronautics, Military & Defense, Commercial Aviation, and Electric Vehicles. Because of its considerable industry knowledge and highly skilled machinists.

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High-featured technologies are highly sought-after today. With our current rate of growth, science and technology have risen to the top of our list of priorities in the realm of commerce. As we move toward modern production, the propensity to rely more on automated and accurate technology has substantially risen. In today's world of digital machines, accuracy and precision are increasingly crucial assets. Due to its accuracy and dependability, CNC machining has become quite well-liked among those who operate in the industrial and manufacturing sectors.

CNC machining is a manufacturing method that uses computerized controls to transform stock materials-such as metal, plastic, wood, foam, composite, etc.-into specialized parts and creations. It developed from the numerical control (NC) machining technique based on punch cards. Although the CNC machining process has a wide range of features and purposes, its fundamental principles mostly hold true. The completeness and speed it offers in the production process are two of the primary arguments in favor of CNC.
Parallel Ventures : A Workplace Of Attention To Detail And Precision
If you are searching for a reliable precision machine shop near me, we are here to help and assist you with all your needs. Parallel Ventures is a well-known and highly specialized CNC machine shop in Tucson, AZ, specializing in Aeronautics, Military & Defense, Commercial Aviation, and Electric Vehicles. Because of its considerable industry knowledge and highly skilled machinists, PV is uniquely capable of attaining perfection in CNC precision machining. At parallel ventures, all projects' procedures, from inception to delivery, are detailed and accurate.

We have the expertise and a reputation for meeting your production needs and customer satisfaction while delivering products on schedule. Our highly skilled machinists are experts in CNC precision machining, fabrication, and assembly for the aerospace, military & defense, commercial aviation, and electric vehicle sectors. Our capacity to manage projects from the planning stage through to production and assembly is the foundation of our market value and brand identification. At Parallel Ventures, we also provide customization services, which means you can see your product being built with the given characteristics.
Effective Marketing Innovations And Methods
Product availability and consumption have an impact on marketing techniques. New advancements and trends keep marketing strategists on their toes. Our market strategists are constantly on the lookout for new global trends and what works best for everyone. Parallel Ventures' end-market experience enables its clients to research and offer valuable feedback. We take all care during production to assure the correctness and quality of the product since this is the most crucial factor. For people searching for a trusted precision machine shop near me, Parallel Ventures, the most reliable CNC machine shop in Tucson, AZ, produces the best and most detailed product on time by inspecting before and after the final phase of manufacturing.

The Benefits Of Selecting Parallel Ventures

We stick to deadlines.

Greater precision and accuracy are guaranteed.

More secure operations and handling.

Increase productivity and efficiency.

Customers' useful feedback leads to a lower price.

Offerings of relevant services

Quick and efficient communication

Our Standpoint
Compared to other industries, we concentrate on development and advancement. Our goal is to provide facilities and commodities to suppliers in these areas who are looking for organizations that can work efficiently in prototype and mass manufacturing. We believe in making your challenging ideas a reality. Our company motive is to walk beside our clients on the road to success with our top notch and high quality precision work.
PV complies with ITAR and is ISO9001/AS9100 certified.

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The Finest CNC Machine Shop Near You in Tucson, AZ

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High-featured technologies are highly sought-after today. With our current rate of growth, science and technology have risen to the top of our list of priorities in the realm of commerce. As we move toward modern production, the propensity to rely more on automated and accurate technology has substantially risen.

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CNC Precision Machining Company in Tucson, Arizona | Parallel Ventures

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CNC Precision Machining Company in Tucson, Arizona | Parallel Ventures

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At Parallel Ventures, we stay relevant by addressing the needs of the market. Parallel ventures provide superior CNC milling, CNC turning, CNC Precision Machining, and Electrical Discharge Machining (EDM) services to the world’s biggest tier 1 manufacturer. We redesign what’s possible in CNC precision machining by using advanced manufacturing, the latest technology, and industry specialization matched by our highly trained machinists.

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Parallel ventures (parallelventuresus) Profile / 500px

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See Parallel ventures's (parallelventuresus) photos on 500px.

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If we are searching for the best and top CNC machine shop near me in Tucson, Az, then Parallel ventures provide you with the best option. Parallel ventures is the best CNC machining company that challenges the limits of precision. Every day Parallel Ventures pushes the limits of precision to manufacture component products that transform the industries we work in and guarantee an exceptional experience for our customers.

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard…

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Recent Challenges to Aerospace & Space Parts Manufacturing | Aerospace Machine Shop

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Recent Challenges to Aerospace & Space Parts Manufacturing | Aerospace Machine Shop

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All types of manufacturing in aerospace machine shops require a certain amount of accuracy and precision; however, the aerospace industry requires the highest degree of precision possible. Aircraft components must be able to stand up to unstable atmospheric pressure, temperatures, and other elements that can create extreme stress on the vehicle. This is why aerospace parts must be produced to the highest standards.

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All types of manufacturing in aerospace machine shop require a certain amount of accuracy and precision; however, the aerospace industry requires the highest degree of precision possible. Aircraft components must be able to stand up to unstable atmospheric pressure, temperatures, and other elements that can create extreme stress on the vehicle. This is why aerospace parts must be produced to the highest standards.

Common issues encountered when making components for aerospace include:

Cost along with Cost of Materials

Aerospace components usually require high-quality materials that meet rigorous industry standards and can withstand the stress of various aerospace applications. Manufacturers need to have a thorough knowledge of these materials and be able to deal with them. Another issue is the price of materials. In light of the COVID-19 outbreak causing disruptions to the supply chain worldwide, numerous manufacturers are faced with price increases for aerospace materials.

Low Demand

The last few months have decreased passengers dramatically because of the COVID-19 epidemic as several countries have implemented travel restrictions. As a result, the result has seen a significant decline in the demand for parts for aircraft. The commercial aviation industry is expected to slow down, but the market in the military aviation industry is likely to remain relatively stable.

Production of High Volume

The high-volume production of aerospace components usually results in a decrease in quality and precision. To ensure the best accuracy and quality, It is recommended to choose a supplier specialized in low- to mid-volume production. They can concentrate on constructing each part according to the specifications required instead of meeting a certain quantity.

Quality of Manufacturing

Aerospace parts are highly intricate and precise designs made from sturdy materials. This is why aerospace companies must meet specific requirements and standards when machining. If any one of the three elements is not in good condition, the result could be grave quality issues in manufacturing:

Certifications. Manufacturers should use only products that have been approved for use in aerospace components. They must also know how to make precision parts and keep the industry's certifications to showcase their ability to satisfy specific quality requirements.

Process. It isn't easy working with a company that does not have a well-defined process. Using a clearly defined manufacturing process assures the company to produce precision parts repeatedly. Manufacturers using CNC processing techniques are equipped to create precise parts with intricate geometries.

Engineering. An experienced engineering team should be included in the manufacturing process to ensure that every component is of the highest quality and is produced following the precise CAD specifications.

Other options Other Solutions Aerospace Parts Manufacturing

Aerospace has become one of the biggest manufacturing industries around the globe in the past century. Aerospace engineers and other workers gained valuable information and expertise as it developed. Now, the question is how to embrace change and encourage collaboration across generations while preserving the core information.

While businesses in the industrial and manufacturing space have advanced and integrated significant technological advancements on their production lines, like robotics and artificial intelligence, many have been slow to use digital tools in their marketing and sales departments. The aerospace industry is predicted to undergo a significant overhaul in the coming two decades, and 40% of all future aircraft deliveries aim to replace old fleets with efficient and innovative solutions. But, some operators might delay upgrading their aircraft to benefit from the lower fuel cost.

To ensure that aerospace components are precise and meet the needs for more advanced, efficient fuel and technologically sophisticated solutions, it is essential to partner with a company that can meet the above problems. You should choose the company that uses high-quality products, is certified by the industry, has an established workflow, and provides low-to-mid-volume production that ensures the highest quality and precision.

There are many issues within the aviation industry. A good manufacturing partner can anticipate any problems and offer customized solutions that produce the best quality components feasible.

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Recent challenges to aerospace & space PARTS Manufacturing

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All types of manufacturing in aerospace machine shop require a certain amount of accuracy and precision; however, the aerospace industry requires the highest degree of precision possible. Aircraft components must be able to stand up to unstable atmospheric pressure, temperatures, and other elements that can create extreme stress on the vehicle.

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What is CNC Turning Machine | Parallel Ventures

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What is CNC Turning Machine | Parallel Ventures

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CNC Turning Machine is a machining process or cutting tool that removes extra material from a bar to get a desirable shape. At parallel ventures, we are a highly specialized CNC machining company that challenges the limits of precision to make it easier for organizations to work in parallel on an international scale.

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Read writing from Parallelventures on Medium. Parallel Ventures is a US-based highly specialized CNC milling Machine Company website — https://parallelventures.com/.

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Why Should Manufacturing Businesses Use CNC Turning Machines?

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Why Should Manufacturing Businesses Use CNC Turning Machines?

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It is now clear that precision-turned parts manufactured with CNC machinery are far superior to manual components. They also have numerous advantages that give companies an edge in the market, allowing the use of distinct benefits like superior quality and accuracy, as well as low environmental impact, etc., to stay ahead of the competition. What is the best time to consider planning to incorporate a CNC turning machine into your manufacturing company?

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CNC production machining allows controlled production by computers, which is a significant improvement from manually operating equipment and machines. The CNC machine is replacing mills, lathes, grinders, routers and other equipment utilized in manufacturing processes that require manual labor to run.

If you operate an industrial business that is located in a large city like CNC, Machining offers numerous benefits by enabling manufacturing processes that are accurate, efficient, reliable, and more efficient. Take a look at the ways manufacturers can benefit by using a CNC turning machine to boost their business.
1. Precise and Accurate Production
The precise CNC machine shops give their customers the additional assurance of security by offering reliable, error-free, and stable production.

CNC machinery provides the same precision and accuracy as well as the repeatable position of multi-axis operations over massive production processes. CNC machines are built on repeating precisely the same cut, which is essential for the continuous production of a variety of things.
2. Eliminate Internal Scrap
Scrap from internal scrap caused by costly mistakes causes waste, which negatively affects the company's profitability. Scrap is a source of waste due to expenses for materials, as well as extra work needed to analyze and sort the scrap.

CNC technology improves the production of machining through the use of CAD-CAM software which provides the finest tools, finishing processes and cycle times dependent on what is required by the machine.

CNC simulations can help you identify the most efficient ways of cutting steel prior to machining that eliminates garbage or scrap from the internal.
3. Improve Quality and Retention of Customers
A constant CNC manufacturing process can improve product quality, which expands the opportunities for business in this CNC machine shop.

The better high-quality products are beneficial to both the customer as well as the machine shop by providing high-quality items delivered on time, and the shop benefits by keeping customers and generating growth opportunities for businesses.
4. Improve Throughput and Profitability
CNC machines significantly increase productivity by executing continuous machining processes which are designed to repeat.

They don't have to stop to take a break or confirm their measurements, which are proven to be precise. Continuous operation improves the speed of delivery of products and decreases manual labour costs that allow precision CNC shop workers to offer low prices while also achieving an increase in profits.
5. CNC Technology Provides Better Capabilities
CNC computer programs are utilized in conjunction with other programs that significantly improve the capabilities of the shop. CNC machines are able to be utilized with different specifications for design, and they are as compatible with different programs, allowing for constant innovation in design and manufacturing capabilities.

A high-end CNC machine shop gives you numerous advantages. It is top-quality products, on-time delivery and reasonable costs.
6. CNC Machining can lead to lower Production Costs
With the benefits mentioned above to take into consideration, it's clear the benefits of the use of CNC machines for precise turning of components can drastically cut production costs. At first, it enhances efficiency and the scale of production and assembly without generating waste material.

It also decreases the use of energy and can help save operating expenses that are ongoing. In addition, it assists in reducing any financial liability that may arise from incidents or accidents. It's one of the most effective ways to make your business efficient and cost-effective without losing quality or effectiveness.

Conclusion It is now clear that precision-turned parts manufactured with CNC machinery are far superior to manual components. They also have numerous advantages that give companies an edge in the market, allowing the use of distinct benefits like superior quality and accuracy, as well as low environmental impact, etc., to stay ahead of the competition. What is the best time to consider planning to incorporate a CNC turning machine into your manufacturing company?

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Why Should Manufacturing Businesses Use CNC Turning Machines?

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CNC production machining allows controlled production by computers, which is a significant improvement from manually operating equipment and machines. The CNC machine is replacing mills, lathes, grinders, routers and other equipment utilized in manufacturing processes that require manual labor to run.

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Why CNC Machines Are Great For Machining Highly Sophisticated Parts

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Why CNC Machines Are Great For Machining Highly Sophisticated Parts

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CNC machines are the right choice for machining highly sophisticated parts for various reasons. Those machines offer great precision, accuracy, versatility, fast, and cost-effectiveness, among many other reasons. The CNC Machining Tucson provides a wide range of CNC machines perfect for any business. Contact us today to find out more about our CNC machining services.

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Why CNC Machines Are Great For Machining Highly Sophisticated Parts

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CNC machines are the perfect tools for machining highly sophisticated parts. With their precision and accuracy, CNC machines can create parts that are incredibly complex in shape and size. CNC machines are also very versatile, creating various shapes and sizes. CNC Machining Tucson is among the leading agencies that offer CNC machining services for high precision.

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How to Choose the Right CNC Machine Shop in Tucson

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How to Choose the Right CNC Machine Shop in Tucson

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How to Choose the Right CNC Machine Shop

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CNC machining services run on software programs that undergo iterative optimization that develops the best way to turn a component without waste. Such codes may also be subject to simulations, which check the efficacy of the governing program before it is put into action. As such, the final CAD-CAM model will produce results and deliver value from the first cycle rather than the trial and error method of design improvement.

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The Fourth Industrial Revolution is all about greater speed, higher efficiency, and consideration for sustainability. In such a landscape, automation will continue to play a key role in manufacturing activities while modernized, data-driven tools and equipment like CNC Lathes and CNC machining services will drive innovation.

As a culmination of such high-paced activities, precision turned components will offer businesses a competitive edge by realizing complex designs, introducing structural benefits, and creating parts that could not be reproduced profitably by any other manufacturing method. On that note, let us take a look at the various advantages offered by precision-turned components:

CNC Machining Produces Little to No Waste

CNC machining services run on software programs that undergo iterative optimization that develops the best way to turn a component without waste. Such codes may also be subject to simulations, which check the efficacy of the governing program before it is put into action.

As such, the final CAD-CAM model will produce results and deliver value from the first cycle rather than the trial and error method of design improvement.

Plus, since all precision milling machines operate on repeatable software programs that utilize fixed tools along fixed routes, it makes smart use of the raw material available. As a result, most highly advanced CNC machines can help manufacturers cut down waste significantly.

Zero Defects and Greater Accuracy

Since precision turning machines operate autonomously and without any manual intervention, they bypass the possibility of human errors seeping into the manufacturing process, leading to defects. With codes and software programs governing the end-to-end process, the machines can deliver greater accuracy without any flaws.

Plus, these inputs remain immutable pretty much during the entire production process, cycle after cycle, unless changed deliberately, which also maintains consistency in the final products. Further, the machines can operate for long hours without any breaks with no compromise on the quality of the jobs produced.

Faster and Efficient Production

When working with milling machines, one can operate these on their fastest settings to match increased demands. Plus, as stated earlier, these machines can run 24 hours a day and seven days a week without tiring, without breaks, and without any trade-offs.

Such facilities, paired with the fact that the machine will still maintain a high degree of accuracy and shall not waste any material resources, make it one of the best ways to make production fast, efficient, and scalable without any cost liability.

Quicker Assembly

By decoupling the production capacity from the number of employees required, manufacturing units can be made more efficient by moving the human resources down the assembly line. Manual assembly lines are known to be more effective in high-production settings and where the assembly of the product is intricate to the extent that it requires specialized skills that machines cannot replicate.

Further, the high-precision turning of components allows for the seamless fitting of parts, which allows the assembly line to flow freely without any disruptions.

By now, it is abundantly clear that precision-turned components produced by CNC machines are far superior to their manual counterparts. More importantly, these boast a bouquet of additional benefits that can offer companies a competitive edge that helps them leverage differentiators like high quality, zero defects, low environmental impact, etc., to stay ahead.

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Advantages of CNC Machining Services | Parallel Ventures

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The Fourth Industrial Revolution is all about greater speed, higher efficiency, and consideration for sustainability. In such a landscape, automation will continue to play a key role in manufacturing activities while modernized, data-driven tools and equipment like CNC Lathes and CNC machining services will drive innovation.

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Best Aerospace Machine Shop in Tucson, AZ | Parallel Ventures

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Best Aerospace Machine Shop in Tucson, AZ | Parallel Ventures

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Commercial aviation continues to rule as the principal form of transportation around the globe despite a world that is becoming more unpredictable. Parallel Ventures is a supplier of various machine parts to the aviation industry. By combining cutting-edge technology, modern production, and industry specialization with our highly skilled machinists, you get the best products in Aerospace Machine Shop Tucson, Az.

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Best Things to Know About CNC Machining Tucson | Parallel Ventures

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Best Things to Know About CNC Machining Tucson | Parallel Ventures

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Best Things to Know About CNC Machining Tucson

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Brief Introduction to CNC Machining Tucson- Parallel Ventures

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Brief Introduction to CNC Machining Tucson- Parallel Ventures

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The CNC is considered the final step in a variety of engineering procedures like metal manufacturing or may well be included in the process. Unlike the other metalworking techniques, the CNC machining Tucson meets the high tolerance limit and creates the precise items that are utilized in the machines.

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The CNC is over and over again considered as the final step in a variety of engineering procedures like the metal manufacturing or may well be included in the process. Unlike the other metalworking techniques, the CNC machining Tucson meet with the high tolerance limit and create the precise items that are utilized in the machines. To recognize about the history and the origin of the CNC processing, the whole process divides into three parts-

The machining- it is the procedure of removing the metal with the support of mechanical gear and has been utilized for more than a few centuries. The machining procedure involves the drilling, shaping, broaching, milling, turning and grinding. Different manufacturing companies proffer General Machining in Australia or other places around the world. The producers working there offer the best type of products that are made with correct measurements.

The next term NC stands for Numerical control, which is the conventional machining or the human operator that helps in controlling the movement of the machine tool. The numerical control was first developed in the year 1940, and it assists in governing the motion of the machines automatically with the assistance of the instructions.

At last, the C gets added in the end. Computer numerical control denotes the procedure by which the operator can inscribe, regulate and execute different instructions using the computer console.

The history of the CNC machining

In the late 1940's, John Parsons of Parsons Corp located in Traverse City created the system that assists in controlling the machining gear by providing the punch cards with holes similar to the coordinates. The machine working started in the year 1949 when Parsons further develop the numeric control.

The future of the CNC machining

With the passing years, there are lots of developments in the procedure of CNC machining and general machining. The idea of General Engineering in other places has changed a lot. As the worldwide demand for CNC machining products is increasing, there are broad varieties of innovations made so far in the history of mankind.

Robotics- it is more than the mills and the lathes. CNC is used in the field of industrial robotics. In some of the factories, the machines not only hold the task of cutting and welding, but they also do the task of transport and assembly as well.

3D -painting- the industrial 3D painting is one of the sectors that are growing in significance these days. In most cases, the designer can create the 3d paint on the prototype.

Although the type of precision CNC machining Tucson that is essential may vary from one business to another, it is something that is used by almost each industry. Selecting a company to produce the CNC machining for you is something that will take some search. Consider the end result that is obtainable and the fact that they will be capable to work with you to provide you what is necessary to boost your productivity

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Brief Introduction to CNC Machining Tucson- Parallel Ventures

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The CNC is over and over again considered as the final step in a variety of engineering procedures like the metal manufacturing or may well be included in the process. Unlike the other metalworking techniques, the CNC machining Tucson meet with the high tolerance limit and create the precise items that are utilized in the machines.

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How to Find the Best CNC Machine Shop in Tucson, AZ

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How to Find the Best CNC Machine Shop in Tucson, AZ

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A Definitive Guide to CNC Precision Machining Tucson

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A Definitive Guide to CNC Precision Machining Tucson

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CNC Precision Machining is the most efficient method to make your custom-made components. Along with saving money as well, it is extremely fast in time and leaves very little room for error. Integrate this manufacturing process into your current production process today. If your manufacturing business is situated in Tucson, then it is a dire need for you to buy precision machining in Tucson.

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Have you thought about how machine builders create the massive alloy tools and engine components in precision machining Tucson? They certainly didn't make them by hand or put them into an oven. They manufacture these parts using the process known as CNC precision cutting.

If you are brand new to manufacturing, CNC precision machining is an industrial process that makes computers design products that meet specific specifications. To know more about the manufacturing process, make sure to continue reading until the conclusion.
What's CNC Precision Machining?
As the name suggests, CNC precision machining involves making raw materials into an end product by cutting off excesses according to Computer-Aided Designs (CAD) as well as a Computer-Aided Manufacturing (CAM) blueprint. Machinists employ this technique in a variety of manufacturing processes and also on different materials.

These programs produce a highly precise 3D outline that a precise machine process has to follow in order to reproduce the item successfully. From toys and medical equipment to cars and spaceships, every product with parts requires a precision machine.

Utilizing Computer Numerical Control (CNC) equipment, the process employs cutting, turning, and milling to create the end product. Even though the process needs supervision by a skilled machinist, machines do most of the work itself.

This CAD software generates the design, and CAM software converts it into manufacturing directions that the machine can follow. The final post-processor software converts the instruction into a format that the machine is able to understand. The machinists load the instructions into the CNC machine to begin the process of manufacturing.
Applications of CNC Precision Machining
Precision Machining is gradually gaining more market share in the manufacturing industry due to its uses, cost, and time-saving methods. The exact machining process is utilized in the industries such as:
Medical Industry
The field of medicine is constantly evolving, and the need to purchase new technology is rising. Apart from creating modern equipment, medical professionals have to make large numbers of existing equipment. Precision CNC is responsible for the creation of these machines. Examples include orthotic devices, safe enclosures, implants, MRI machines, research equipment, and so on.
Automotive Industry
As car manufacturers come up with innovative ideas to incorporate into their latest vehicle models, they need to create prototypes of the components before putting them on the production line. CNC precision manufacturing is responsible for the development of these prototypes according to precise specifications. This technology can also make parts for other types of transport, including the transport truck, ships, and many others.
Aerospace Industry
From transportation aircraft and spaceships, aerospace vehicles require precise devices as a single mistake can cause serious injuries. The CNC precision manufacturing process is responsible for the production of many components for this industry, like the ports of landing gears, bushings, manifolds, airfoils, and more.
Military and Defense Industry
CNC is never more important as different nations have various designs for modern defense and ammunition systems. The exact manufacturing process is the key to bringing all of these ideas to life with different materials and techniques. Examples of the devices designed for this field include the components of planes, transport, communication, ammunition, and more.

The Bottom Line CNC Precision Machining is the most efficient method to make your custom-made components. Along with saving money as well, it is extremely fast in time and leaves very little room for error. Integrate this manufacturing process into your current production process today. If your manufacturing business is situated in Tucson, then it is a dire need for you to buy precision machining in Tucson.

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A Definitive Guide to CNC Precision Machining Tucson

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Have you thought about how machine builders create the massive alloy tools and engine components in precision machining Tucson ? They certainly didn't make them by hand or put them into an oven. They manufacture these parts using the process known as CNC precision cutting.

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Know About Precision Machining Tucson Why Do We Need It?

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Know About Precision Machining Tucson Why Do We Need It?

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Know About Precision Machining Tucson Why Do We

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What Makes An Aerospace Machine Shop Tucson AZ, A Precision Machine Shop?

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What Makes An Aerospace Machine Shop Tucson AZ, A Precision Machine Shop?

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In an aerospace machine shop Tucson, AZ, multiple axes allow for the machine to move. 5-axis CNC machines enable the aerospace machine shop to go beyond 3D machining and allow for the creation of complex parts. The quality control of high-end machining tools is also improved by higher accuracy capabilities.

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Businesses and governments turn to machine firms across the country when they need precision machined parts such as control panels, shroud sets, and gearbox housings. What makes an aerospace machine shop Tucson, AZ or firm a smart choice in aerospace machining? It all boils down to quality and capability in most cases.
The Right Certifications
You can ensure quality by using the correct certifications. The right certifications are essential for any customer who needs landing-gear components or precision-machined aerospace components for a satellite system.
In-House Tools
Time is always a consideration when it comes to aerospace component contract manufacturing. Although advanced machinery is essential for complex CNC machining, it's not enough if the tools aren't able to accommodate the part's specifications. In-house tooling is crucial for aerospace machining. Why? In-house development of custom tools and fixtures can result in significant time savings for both the first piece inspection and full-scale production.
Modern Equipment
The latest equipment delivers the quality you expect. When it comes to providing the precision required for aerospace machining, investing in high-end equipment and training is crucial. This isn't limited to the "big guns" on the shop floor. Aerospace machine shops that are the best will have sophisticated tooling and quality assurance systems. These systems are regularly calibrated and organized to support lean manufacturing.

Baron is a top choice for aerospace parts and components because of its many horizontal milling centers as well as advanced spherical grinder capabilities.
Skill, Education, and Support
Without a skilled team of engineers and machinists, even the best CNC machining centers can't be achieved. You want a team that is well-trained, educated, and experienced when you choose an aerospace machining company. Are you getting that? Engineers and machinists who understand the relationship between design constraints, machining, and other factors will always produce better results. Even if your designs are provided for your machinist, the ability to modify models and an eye for design improvements can make a big difference in time and money.
Faster and More Accurate Production
Precision machined components are usually more efficient than manual production, which can lead to mistakes by even the most skilled workers. The aerospace industry can save money on waste materials, error corrections, and lost work hours by ensuring a precise and quicker production process.

Efficient Machining Tools In an aerospace machine shop Tucson, AZ, multiple axes allow for the machine to move. 5-axis CNC machines enable the aerospace machine shop to go beyond 3D machining and allow for the creation of complex parts. The quality control of high-end machining tools is also improved by higher accuracy capabilities.

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Aerospace Machine Shop Tucson, AZ- A Precision Machine Shop?

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Businesses and governments turn to machine firms across the country when they need precision machined parts such as control panels, shroud sets, and gearbox housings. What makes an aerospace machine shop Tucson, AZ or firm a smart choice in aerospace machining? It all boils down to quality and capability in most cases.

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How to Choose the Best CNC Machine Shop Tucson, AZ

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How to Choose the Best CNC Machine Shop Tucson, AZ

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Parallel Ventures is the best CNC Machining Company. You will get the best CNC parts in our CNC Machine Shop Tucson, Az which is vitally used for missiles and rockets. Our smart technology and skilled machinist ensure that the parts we make come off the machine ready to assemble with little to no secondary work.

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The movement of our vertical milling machines, lathes, and the machine tools they hold are all controlled by pre-programmed computer software, frequently CAD/CAM files, in Parallel Ventures and a CNC machining shop Tucson, AZ. The procedure can be used to operate a variety of complicated machinery, including mills, CNC routers, lathes, and grinders.

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Know About Best CNC Machine Shop Tucson, AZ | Parallel Ventures

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The movement of our vertical milling machines, lathes, and the machine tools they hold are all controlled by pre-programmed computer software, frequently CAD/CAM files, in Parallel Ventures and a CNC machining shop Tucson, AZ. The procedure can be used to operate a variety of complicated machinery, including mills, CNC routers, lathes, and grinders.

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 What are the Benefits of a Vertical CNC Machine?

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 What are the Benefits of a Vertical CNC Machine?

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Vertical milling machines are used in many industries like Aeronautics, Defense, commercial aviation, and electric vehicles. Vertical milling machines are different from horizontal machines it can move from side to side, up and down. Each machine has its merits. The choice between them will often depend on your specific project needs, your budget, and your timeline.

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Vertical CNC Machine

A horizontal and vertical CNC machine differs in the way that the spindle axis moves. It can move from side to side, up and down. Each machine has its merits. The choice between them will often depend on your specific project needs, your budget, and your timeline.

You don’t have to limit the type of projects that you can do with the machine you choose. You can use a horizontal or vertical milling machine in many cases. As long as you are familiar with the proper operating techniques and add-on parts, it is possible to complete project-related tasks using either one.

What is Vertical Milling?

Vertical mills have a rotary cutting head with a vertical alignment. The spindle moves along the Z-axis while the machine is running. The spindle is moving, and the cutters are working to remove material. Meanwhile, the rest of the machine is moving along the Z-axis and the Y-axis to position the object for future cutting.

There are two types – turret machines or bed machines. A turret milling machine’s table can move left, right, up, and down while the spindle stays stationary. They are ideal for many applications. A bed milling machine’s table moves horizontally perpendicularly to the axis. The spindle, on the other hand, runs parallel to that axis.

The Advantages of Vertical Milling Machines

Vertical milling machines are used in many industries. Vertical machines have many advantages, including their versatility and high accuracy.

Price: Because the casings are smaller than the internal parts and are less complex, a vertical mill often costs less than a horizontal one.

Simplicity: Vertical Mills don’t require any additional fixtures. They are also easy to use and maintain. The smaller learning curve means less downtime.

Availability: Because vertical machines are more common, it will be easier to locate any parts or assistance that you may need in the future. This is particularly important if you are looking for a milling machine quickly and need it to be used immediately.

Floor Space: Vertical mills are smaller than horizontal milling machines. This means that small shop owners have more space to place machinery or work in the shop.

Vertical mills are a great choice for anyone new to milling or who is just starting a business.

What’s Your Budget?

Vertical CNC machines often require a lower initial investment than horizontal ones, which makes them an ideal choice for people on a tight budget. Every project is unique. What is feasible on one machine may not be possible on another, depending on what type of cutting tool is used and the turnaround time required. It is important to evaluate your current and future projects as well as the types and weights of materials that you expect your milling machine will cut through.

A vertical machine may be more cost-effective initially, but you should avoid using heavy or bulky materials. Otherwise, you could end up spending your savings on repairs and replacements. Don’t forget about the cost of cutting tools that you will require to complete your project when determining your budget.

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What are the Benefits of a Vertical CNC Machine? Parallel Ventures

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Vertical CNC machines often require a lower initial investment than horizontal ones, which makes them an ideal choice for people on a tight budget.

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Precision Machine shop in Tucson AZ | Parallel Ventures

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Precision Machine shop in Tucson AZ | Parallel Ventures

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About Parallel Ventures and Its Services

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About Parallel Ventures and Its Services

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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What We Do
Vision

The Aeronautics, Military and Defense, Commercial Aviation, and Electric Vehicle industries are on the cutting edge of innovation and development.  Contractors in these industries need suppliers that can work in parallel with them as they venture from prototype to mass production. As a leading CNC production manufacturer, PV’s center of excellence is supplying mission critical component parts with extremely tight tolerances. What distinguishes PV is not the CNC machines we use but rather the talented machinist that run our CNC machines layered into a strategic approach that produces products on spec, on time and on budget.

When customers need a partner to work in parallel with them, they venture to PV.

Our Approach
Why it Matters

We enable market disrupting technologies by machining the parts that make it work. The world is changing quickly. To stay on top of it you need to align with a partner that can change with it. PV’s end market experience provides valuable line-of-sights for its customers throughout the entire manufacturing process. We provide superior CNC milling, CNC turning, and Electrical Discharge Machining (EDM) services to the worlds biggest tier 1 manufacturers.

Unlike most CNC machining businesses, PV is razor focused on four specific industries – Aeronautics, Military & Defense, Commercial Aviation, and Electric Vehicles. Our focus stems from the Process we follow on every project or job we encounter.

Process We Follow
Focus

PV redesigns what’s possible in CNC precision machining by using advanced manufacturing, leading edge technology, and industry specialization matched by our highly trained machinists. Our Process is simple yet effective in keeping us focused on every project encounter.

Smart Technology
Innovation

Computer Numerical Control (CNC) machining is a manufacturing process in which pre-programmed computer software, typically CAD/CAM files, dictates the movement of our vertical milling machines and lathes as well as the machine tools they hold. The process can be used to control a range of complex machinery, from grinders and lathes to mills and CNC routers. With CNC machining, three-dimensional cutting tasks can be accomplished in a single set of commands.

Our smart technology and skilled machinist ensure that the parts we make come off the machine ready for assemble with little to no secondary work. For a complete list of our equipment and technical specifications please refer to the TECHNICAL tab.

Center of
Excellence

Center of Excellence – Missiles and Rockets

The main difference between missiles and rockets is that missiles have a guidance system to assist them in meeting their designated target. Rockets, however, do not have a guidance system and are simply launched in the direction of the primary target.

PV’s center of excellence in CNC machining is machining critical parts for missiles and rockets. PV’s sophisticated use of CNC Milling, CNC Lathe, and Electrical Discharge Machining (EDM)  delivers machined parts within the tightest tolerances demanded whether it be for a missile or rocket.  Of the hundreds of CNC machined parts that go into making a missile or rocket, PV is consistently called upon by leading defense contractors to manufacture the following parts:

◎ Canard
◎ Chassis
◎ Machined Enclosure Cover
◎ Spacer Assembly
◎ Ring Spacer
◎ Cross Shaft

On Time

Percent of projects completed on time in the last 12 months

On Budget

Percent of projects completed on budget in the last 12 months

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About Parallel Ventures Tucson AZ | CNC Machining Company

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PV is razor-focused on four specific industries - Aeronautics, Military & Defense, Commercial Aviation, and Electric Vehicles. Call Now!

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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Parallel Ventures

Technical

Materials

PV works with a wide range of materials to meet the continued advancements of product design, form, and function. Our depth of material knowledge and quality inspection provides our customers with assurance whether we source directly from their supplier or ours.

TYPE | GRADE AND/OR SPECIFICATIONS
COLD ROLLED STEEL | All grades
HOT ROLLED STEEL | All grades
STAINLESS STEEL | Ferritic, Martensitic, Precipitation Hardening and Duplex Alloy
TITANIUM | 6AL-4V, 6AL-4V ELI, CP Grades
ALUMINUM | All Aerospace, Marine and Structural Grades
STEEL | All grades
BRASS | All grades
FORGING/CASTING | Die cast or investment cast
ALUMINUM CASTING | Die cast or investment cast
CARBON STEEL | All grades
INCONEL | 625, 718

PLASTICS

Tivar 1000, Peek, Acrylic, Ultem.
Most machinable grades, generally in support of assemblies

TUNGSTEN | AMS-T-21014, ASTM-B777

Working Envelop

The maximum dimensions of a part that is produced using CNC machining, is directly related to the machine’s working envelop. The work envelop of a CNC machine is the total area the CNC machine can cover moving in the X, Y, and Z axes. The work envelop of a machine determines its travel limitations which in turn determines the maximum part size it can produce.

EQUIPMENT | WORKING ENVELOP (inches)
CNC Milling [Vertical] | Number of Tools | # of Axis | X | Y | Z
Matsuura ES-550V | 30 | 4 | 21.700 | 16.200 | 18.000
Matsuura ES-550V | 30 | 3 | 21.700 | 16.200 | 18.000
Matsuura ES-550V | 30 | 3 | 21.700 | 16.200 | 18.000
RoboDrill T21iFLa | 21 | 4 | 27.600 | 15.700 | 12.900
RoboDrill aD21MA5 | 21 | 3 | 19.700 | 15.700 | 12.900
Brother S700X1 | 14 | 3 | 27.600 | 15.700 | 11.800
Brother S500X1 | 14 | 3 | 19.680 | 15.700 | 11.800
Fadal VMC4020 | 21 | 4 | 40.000 | 20.000 | 20.000
Fadal VMC4020 | 21 | 4 | 40.000 | 20.000 | 20.000
Matsuura MC1000VGX | 30 | 4 | 40.000 | 20.000 | 20.000
Matsuura MC800VGT | 30 | 3 | 31.000 | 20.000 | 20.000
Okuma Genos M460VE | 30 | 4 | 30.000 | 18.000 | 18.000

CNC Turning |
Okuma LB3000EX | 12 | 2 | 20.000 | | 20.000
Nakamura SC250 | 12 | 2 | 10.000 | | 20.000
Mazak Quick Turn 8N | 8 | 2 | 6.500 | | 9.000

Electrical Discharge Machining (EDM) |
Mitsubishi MD Pro MV1200S – Wire .010Ø | | 15.750 | 11.75 | 8.000

Metrology & Inspection |
Brown & Sharpe Global Advantage 5 x 5 CMM | | 23.000 | 24.000 | 17.000
*PCDMIS 2021 R1 Software |
Brown & Sharpe Global Advantage 5 x 5 CMM | | 23.000 | 24.000 | 17.000
*PCDMIS 2021 R1 Software |
Mitutoyo B-231 CMM | | 26.000 | 26.000 | 16.000"
Deltronic MPC-4 Comparator |
Trimos THV – Measuring Range 0 – 50 mm, |
.00001 Repeatability |

Tolerance

Why are tolerances important?  Because no one machining process can produce exact dimension. Variances can be caused by multiple factors including material, equipment, temperature and the process used to machine the part. Machining tolerance is the amount of acceptable variance in the dimension of a part. At PV, our customers typically require +/-.005" on their drawings unless otherwise specified, however we see +/-.0005" on many of our customer drawings for key dimensions and critical characteristics.

Milling | PV’s capabilities include holding milled positional tolerances to +/-.0005" and occasionally +/-.0002" on adjacent features, to +/-.001" on non-adjacent or Datum oriented features.
Turning | PV routinely holds turned tolerances to +/-.0003" and occasionally +/-.0002" on a complete spectrum of materials, ranging from aluminum to high temp alloys.
Electrical Discharge Machining (EDM) | PV’s Electrical Discharge Machining can maintain a hole size of +/-.0005; locations +/-.0005; and profiles .0020.

Equipment List

CNC Milling -Vertical
Matsuura ES-550V | 4 Axis | 30 Tools
Matsuura ES-550V | 3 Axis | 30 Tools
Matsuura ES-550V | 3Axis | 30 Tools
RoboDrill T21iFLa | 4 Axis | 21 Tools
RoboDrill aD21MA5 | 3 Axis | 21 Tools
Brother S700X1 | 3Axis | 21 Tools
Brother S500X1 | 3 Axis | 14 Tools
Fadal VMC4020 | 4 Axis | 21 Tools
Fadal VMC4020 | 4 Axis | 21 Tools
Matsuura MC1000VGX | 4 Axis | 30 Tools
Matsuura MC800VGT | 3 Axis | 30 Tools
Okuma Genos M460VE | 4 Axis | 30 Tools

CNC Turning
Okuma LB3000EX | 2 Axis | 12 Tools
Nakamura SC250 | 2 Axis | 12 Tools
Mazak Quick Turn 8N | 2 Axis | 8 Tools

Electrical Discharge Machining (EDM)
Mitsubishi MD Pro MV1200S | Wire .010Ø

Metrology & Inspection
Brown & Sharpe Global Advantage 5 x 5 CMM with PCDMIS 2021 R1 Software
Brown & Sharpe Global Advantage 5 x 5 CMM with PCDMIS 2021 R1 Software
Mitutoyo B-231 CMM
Deltronic MPC-4 Comparator
Trimos THV – Measuring Range 0 – 50 mm, .00001 Repeatability

Manual Machining
Bridgeport Series 1 Conventional Mill
Bridgeport Series 1 Conventional Mill
Bridgeport Series 1 Conventional Mill
Sharp 2060 Conventional Lathe
Sharp 1640 Conventional Lathe
Hardinge Tool Room Lathe

Grinding
Mitsui Surface Grinder
Mitsui Surface Grinder

Saws
WF Wells Horizontal Bandsaw
Do All Vertical Bandsaw

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PV works with a wide range of materials to meet the continued advancements in product design, form, and function. Call to know more!

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Parallelventures All Details About Services

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Parallelventures All Details About Services

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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manufacturing products for four major industries i, Paralleleventures

Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities

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manufacturing products for four major industries i, Paralleleventures Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles.

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Parallel Ventures is a  specialized CNC milling Machine Company 

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Parallel Ventures is a  specialized CNC milling Machine Company 

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.
website - parallelventures.com/
Ph no - (520) 745-5288
Address - 3556 E. 42nd Stravenue
Tucson,

Member since May 2022

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The latest Gabs from parallelventures (@parallelventures). Parallel Ventures is a US-based highly specialized CNC milling Machine Company that challenges the limits of the precision in manufacturing products for four major industries including Aeronautics, Military & Defence, commercial aviation, and electric vehicles. We believe in delivering high-standard quality products to the manufacturing processes with our advanced CNC machinery capabilities.

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Differences in Swiss Precision Machining & Standard Precision Machining

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Differences in Swiss Precision Machining & Standard Precision Machining

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When it comes to producing precise parts, there are some distinct advantages and differences between Precision machining and Standard Precision machining Machinery. Each machine can produce intricate parts in various industries and jobs. Every type of machinery will have different uses.
The Precision machining Swiss Lathe machine requires different operations than the Precision machining Lathe machine. The differences and advantages of Precision machining Swiss and Standard Precision machining Tucson can help you decide which type of machining is required for your particular part.

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When it comes to producing precise parts, there are some distinct advantages and differences between Precision machining and Standard Precision machining Machinery. Each machine can produce intricate parts in various industries and jobs. Every type of machinery will have different uses.

The Precision machining Swiss Lathe machine requires different operations than the Precision machining Lathe machine. The differences and advantages of Precision machining Swiss and Standard Precision machining Tucson can help you decide which type of machining is required for your particular part.

P4Swiss/Lindel is more efficient and can now quote shorter lead times due to their high-precision machining capabilities. The Precision machining shop includes four Precision machining Swiss machines and twelve standard Precision machining.

Precision machining is cost-effective, precise, repeatable, and highly efficient. A template bushing device guides your part on a Swiss Lathe machine. This machining method allows your part to be cut as close to the support point as possible. It doesn't matter how long your part is. It won't hinder the exact machining process. This machining technique ensures that your part is kept at an exact distance from the collet while cutting it.

Precision machining excels at manufacturing long, thin parts that must be rotated during operation. They are also capable of producing high-quality parts in small quantities. In addition, Swiss machines can handle intricate designs and produce remarkable precision in various industries.

The cycle time required to complete a job can be dramatically reduced by Precision machining Swiss machining. Swiss machines can manufacture parts in a single machining cycle. This type of machining allows multiple operations to be performed on the part at once, with only one set-up and machining process. In addition, this machine has a variety of axes that allow for more intricate and precise production.

Precision machining Swiss machinery needs oil or fluid to cut your piece accurately. This fluid acts as a coolant for the machine. The machining oil will heat quickly during manufacturing to transmit heat in the opposite direction from the tool cutting operation. This is why the coolant liquid prevents rust and early wear.

Standard Precision machining can manufacture parts in certain movements that can be controlled and managed on the edges of different axes. Precision machining Lathes can rotate and turn the cutting tools in the X, Y, and Z directions. The collet will hold your part in place to ensure that your part is secure. The cutting tool will then rotate and cut precisely on the part. This type of machining involves motors that work on your part. It can create distinct movements that produce precise and accurate cutting motions.

P4Swiss/Lindel offers a wide range of Precision machining Tucson options, including 3-axis, 4-axis, and 5-axis Precision machining. Standard Precision machining can produce intricately designed parts while still ensuring your pieces are accurate, repeatable and precise.

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Differences & Advantages of Swiss Precision Machining & Standard Precision Machining

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When it comes to producing precise parts, there are some distinct advantages and differences between Precision machining and Standard Precision machining Machinery. Each machine can produce intricate parts in various industries and jobs. Every type of machinery will have different uses. The Precision machining Swiss Lathe machine requires different operations than the Precision machining Lathe machine.