John Zink Hamworthy Combustion is finding success with Bound Metal Deposition (BMD) for prototypes and replacement parts, but the real promise it sees is in new designs that couldn’t be made any other way.
Refurbishing a legacy turbine engine for energy efficiency provided the opportunity to demonstrate topology optimization in concert with metal 3D printing. The design for this torque arm comes from computer simulation insight refined with a human touch.
Retraction Footwear offers a new way of buying flip-flops that are made to suit each customer. But the company also represents a new way of thinking about production, in a circular economy loop that encompasses material, design, manufacturing, product and end-of-life.
Tooling & Equipment International (TEI) used to make tooling for castings. Now, it casts prototype parts in a digital workflow using 3D printed sand molds in combination with simulation software, CT scanning and X-ray technology.
Manufacturing 3D printing filament was first a way for Armor to recycle its own reclaimed plastic waste. But now, this business unit is helping to close the loop on sustainability for plastic 3D printed products.
Model No. operates at the intersection of technology and design. Its custom furniture is made on demand through a combination of proprietary large-format 3D printers, sustainable materials and a sleek online storefront.
A circular economy links material, design, manufacturing, product and end-of-life in a continuous, sustainable loop. This special report illustrates the roles for 3D printing every step of the way.
The shoe store of the future is more like a digitized tailor’s shop than a warehouse. Flowbuilt Manufacturing is the flexible contract manufacturer that can serve this vision, using both 3D printing and injection molding.
We were already headed toward expanded adoption of 3D printing, in HP’s view, when the coronavirus hit. The pandemic’s disruption will only get us there faster.