3D manufacturer Carbon helps customers scale polymer products

TL;DR

Carbon has developed a breakthrough chemical approach that allows for the mass of an object to come from a liquid underneath it, revolutionizing digital manufacturing and design.

Transcript

we're actually inspired by the Terminator 2 video to 1000 and it that idea of basically the idea that the mass for the object could come to the liquid underneath it carbon is revolutionising how people design products and we've cracked the code on how to make polymeric products at scale and therefore unleashing the power of digital manufacturing di... Read More

Key Insights

• 👻 Carbon's chemical approach to manufacturing allows for the mass of an object to come from a liquid underneath it, which revolutionizes digital manufacturing and design.
• 🪟 The special windows developed by Carbon are both optically transparent and permeable to oxygen, enabling the growth process.
• 🤗 The ability to produce functional end products with a wide range of materials and properties opens up new possibilities in various sectors like healthcare, footwear, and sports equipment.
• ↩️ Carbon's utilization of lattice structures enhances energy return and impact absorption in products, providing unique benefits.
• 🎨 By integrating design, manufacturability, and functionality in their software tools, Carbon enables designers to create products tailored to their specific requirements.
• 💳 Carbon's focus on sustainability is evident in their efforts to develop a recyclable resin and subscription model that future-proofs customers from obsolescence.

Questions & Answers

Q: How does Carbon's approach to manufacturing differ from traditional 3D printing?

Carbon's chemical approach allows for the growth of parts, rather than layer-by-layer printing. This enables the production of final products instead of just prototypes and solves the scalability issues of traditional 3D printing.

Q: What advantages does Carbon's technology offer in terms of materials and properties?

Carbon specializes in polymers and has developed a wide range of materials with various properties. This allows for the production of functional end products like medical devices, running shoes, and football helmets that require different materials with specific characteristics.

Q: How does Carbon utilize lattice structures in their manufacturing process?

Carbon recognizes the value of lattice structures in manufacturing and has developed different types of lattice for specific purposes. These lattice structures enhance energy return in products like adidas 4D shoes and improve impact absorption in products like the Radel helmet.

Q: How does Carbon incorporate design and manufacturability in their process?

Carbon has developed software tools that integrate design and manufacturability. Designers can specify the mechanical properties they need in different regions, and Carbon's technology automates the process of applying a wide range of lattices to a CAD drawing, ensuring the desired functionality of the final product.

Summary & Key Takeaways

• Carbon has developed a chemical approach that allows for the growth of polymeric products at scale, enabling the power of digital manufacturing and design.

• Traditional 3D printing has limitations in terms of scaling and producing final products, while Carbon's approach allows for the creation of functional end products.

• Carbon's technology includes the use of special windows that are optically transparent and permeable to oxygen, which facilitates the growth process, and their software tools integrate design, manufacturability, and functionality.