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1. Initially, Ole Kirk Christensen was a skilled carpenter. What production technology didcarpentry represent in the early days of the company? 

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1. Initially, Ole Kirk Christensen was a skilled carpenter. What production technology didcarpentry represent in the early days of the company? 

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In the early days of the LEGO Company, the woodworking practiced by Ole Kirk Christiansen represented a craft production technology. This meant that products were made by hand, using hand tools and traditional techniques, without the use of advanced industrial machinery or automated processes.

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2. How did this technology changewith the incorporation of the milling machine and, subsequently, the plastic moldingmachine?

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2. How did this technology changewith the incorporation of the milling machine and, subsequently, the plastic moldingmachine?

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Technology evolved when the milling machine was introduced, allowing for more precise and faster production of wooden pieces. Later, with plastic molding, production became industrial and mass-produced, allowing toys to be manufactured more quickly, uniformly, and in large quantities.

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5. The video mentions that Ole believed in high quality. How were technologicalinnovation and design improvements directly related to LEGO's commitment to quality?

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5. The video mentions that Ole believed in high quality. How were technologicalinnovation and design improvements directly related to LEGO's commitment to quality?

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Technological innovation and design improvements allowed LEGO to fulfill Ole's commitment to high quality, as new technologies, such as plastic molding and tube design, ensured precision, durability, and excellent fit between pieces. This guaranteed safe, durable, and functional toys, reflecting the philosophy of always offering the best.

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3. The decision to buy the plastic molding machine was described as a "bargain" andsomething that would provide "many opportunities." What new product possibilities didthis technology enable for LEGO?

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3. The decision to buy the plastic molding machine was described as a "bargain" andsomething that would provide "many opportunities." What new product possibilities didthis technology enable for LEGO?

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The plastic molding machine gave LEGO the ability to create more precise, durable, and mass-produced toys. It enabled the design of new shapes and interlocking systems, such as the famous LEGO bricks, which offered endless building combinations. This technology paved the way for the creation of a unique and expandable play system.

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4. The original design of the plastic bricks had a key problem: they fell easily. What wasthe specific technical innovation in the design of the brick that solved this problem andimproved the "grip power" ("clutch power")?

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4. The original design of the plastic bricks had a key problem: they fell easily. What wasthe specific technical innovation in the design of the brick that solved this problem andimproved the "grip power" ("clutch power")?

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The technical innovation that solved the problem was the incorporation of tubes inside the brick. These tubes allowed for a firmer and more stable fit between the bricks, significantly improving their grip capacity and allowing for more solid and varied constructions.

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6. Beyond the product,Consider the construction of the Billund airport. What infrastructure technology did thisrepresent and how did it support LEGO's global expansion and logistics?

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6. Beyond the product,Consider the construction of the Billund airport. What infrastructure technology did thisrepresent and how did it support LEGO's global expansion and logistics?

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The infrastructure technology that represented a breakthrough for LEGO was the automation and digitalization of its logistics and production systems, including automated warehouses and IT systems for inventory and distribution management.

This technology supported global expansion by enabling efficient production, rapid distribution, and quality control across different countries, ensuring that LEGO products were reliably delivered worldwide.