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La investigación y desarrollo (I+D) es el proceso de investigación en conocimientos científicos y técnicos, con el objetivo de desarrollar tecnologías para obtener nuevos productos, materiales o procesos. Para ello, en las actividades de I+D, será fundamental que pueda apreciarse un importante nivel de creatividad o novedad.

El objetivo que se persigue con la inversión en investigación y desarrollo es conseguir una innovación que logre aumentar las ventas de la empresa. Esto puede ser por medio de una mejorar de la calidad del producto o servicio, o la reducción de su precio. Es decir, lograr una ventaja competitiva.

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¿Qué es el I+D+i? Investigación, desarrollo e innovación: Concepto, diferencias, ventajas y ejemplos

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La logística es la parte del proceso de la cadena de suministros que planea, lleva a cabo y controla el flujo y almacenamiento eficientes y efectivos de bienes y servicios, así como de la información relacionada, desde el punto de origen hasta el punto de consumo, con el fin de satisfacer los requerimientos de los clientes.

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Con las plataformas de investigación y aprendizaje ciber-físicas CP Lab y CP Factory, se adquiere conocimientos prácticos y detallados sobre las tecnologías de producción digital y totalmente automatizada, así como sobre la construcción y programación de redes digitales para sistemas. Los módulos individuales de las plataformas representan las estaciones de una planta de producción real. Esto crea condiciones ideales para aprender muchos campos tecnológicos para la operación y la optimización continua de los sistemas en red.

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la nueva Revolución Industrial hace que este tipo de operaciones sean cada vez más imprescindibles. De acuerdo con la compañía Gartner, es una de las tecnologías que más van a incidir sobre la vida empresarial moderna en los próximos años.

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Types of Digital Twins

Digital twins come in many forms and varying complexities, but can be distilled across four physical areas:

Dive Deeper With Digital Twin

As industrial enterprises generate increasing volumes of data about the physical world, they are mapping this data back to the IT systems that define their products, processes, people, and places to enhance the digital thread. Digital twins are quickly proving to be a key strategic accelerator for digital transformation and the means in which to unlock the value of data across the enterprise.

In the State of Digital Twin 2022, we explore how digital twins are impacting businesses today across engineering, manufacturing, and service. While noting a digital twin strategy does come with specific challenges, we outline the potential significant benefits of the initiative.

Applications of Digital Twin

The applications with digital twin are still emerging. With the technology comes the capability for real-time feedback - and even predictive monitoring and insights. This has the potential to expose new revenue opportunities, such as enhanced service delivery. Outcomes of these use cases are increased customer satisfaction and loyalty, driven by improved asset uptime, and faster time-to-resolution.

As we examine all the opportunities for PTC and our customers, there are three distinct areas where digital twin will make a difference: Engineering, Manufacturing, and Maintenance and Service. Explore each area in more detail below.

Engineering

In engineering, digital twin technology provides a product lens that enables teams to better understand how products are being used in the field and then use that data to build better products. Through this closed-loop design process, engineering organizations optimize product form, fit and function, as well as quality far beyond what can be achieved when relying on static specification documents.

Leveraging a digital model and simulation tools, they can validate performance well before-and in some cases in lieu of-physical prototyping, reducing costly late-stage redesign and accelerating time-to-market.

Manufacturing

Digital twin applications for manufacturing continue to grow, benefiting all levels of manufacturing operations. Particularly with process-based digital twins, businesses gain production visibility and planning, which improves operational agility, increases throughput, and optimizes process efficiency throughout the supply chain.

Specific use cases include production monitoring, asset monitoring and machine diagnostics, supporting visual work instructions, predictive maintenance, shop floor performance improvement, process optimization, and more.

Service

To support maintenance and service teams, digital twins are being used to enhance service delivery and offerings that improve customer satisfaction through increased uptime and faster time-to-resolution. Teams are leveraging it for service parts identification and fulfillment, visual procedure guidance/verification for frontline workers, remote monitoring, and predictive service and maintenance.

What Are the Benefits of Digital Twin Technology?

Industrial companies are starting to scratch the surface of digital twin benefits. Below is a round-up of potential benefits across use cases.

Enhance supply chain agility and resilience

Reduce product time to market

Enable new business models (i.e., product as a service)

Increase customer satisfaction

Improve product quality

Drive operational efficiency

Improve productivity

Inform sustainability efforts

Digital Twin Insights

Digital twins have enormous potential for the industrial enterprise. They can inform improvements to the next generation of a product, help identify bottlenecks in processes and support service technician to a faster repair. As you explore the right use cases and applications for your company, check out our thought leaders on specific digital twin topics.

Stay Up to Date on Digital Transformation

Curated for industrial leaders, the monthly Digital Transformation Newsletter highlights the latest insights on business and technology strategy from respected research analysts presented in easy-to-digest executive summaries.

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What is Digital Twin and why is it important? | PTC

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Digital twins come in many forms and varying complexities, but can be distilled across four physical areas: As industrial enterprises generate increasing volumes of data about the physical world, they are mapping this data back to the IT systems that define their products, processes, people, and places to enhance the digital thread.

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Hace  referencia a todas las medidas técnicas utilizadas hacer que el mantenimiento y la revisión sean más eficientes con la ayuda de herramientas digitales , reduciendo significativamente las hora de reparación.