| Quantity: | |
|---|---|
Plastic
TOYOE
| Designers hold its "zero waste" processing in high regard, as it addresses a key pain point in traditional manufacturing while ensuring exceptional precision. The integration of laser cutting—with an accuracy of up to 0.1mm—eliminates material waste by enabling meticulous, on-demand shaping of components, leaving minimal excess. Complementing this, advanced hot bending technology breaks free from the limitations of traditional plate processing: unlike rigid, straight-edge constraints of conventional methods, it allows for smooth, consistent curves and complex shapes, expanding the possibilities of material form |
Parametric design software further elevates its creative and practical potential, enabling the flawless reproduction of diverse geometric forms. Whether crafting large-scale architectural elements like hyperbolic curtain walls—where precise curvature and structural consistency are critical—or intricate, custom pieces such as irregular furniture components, the software translates design concepts into tangible, accurate products. This seamless alignment of digital design and physical production not only streamlines the manufacturing process but also empowers designers to explore more bold, complex shapes without compromising on precision or functionality
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 | A concert hall project uses a variable-density honeycomb sandwich structure to control mid and high-frequency reverberation time at 1.8 seconds. |
It is worth noting its full life cycle carbon footprint advantage - the production energy consumption is only one-third of that of aluminum materials, and after scrapping, it can achieve 100% closed-loop recycling through physical crushing. A certain German car manufacturer has included it in the sustainable material library for interior parts.
| Designers hold its "zero waste" processing in high regard, as it addresses a key pain point in traditional manufacturing while ensuring exceptional precision. The integration of laser cutting—with an accuracy of up to 0.1mm—eliminates material waste by enabling meticulous, on-demand shaping of components, leaving minimal excess. Complementing this, advanced hot bending technology breaks free from the limitations of traditional plate processing: unlike rigid, straight-edge constraints of conventional methods, it allows for smooth, consistent curves and complex shapes, expanding the possibilities of material form |
Parametric design software further elevates its creative and practical potential, enabling the flawless reproduction of diverse geometric forms. Whether crafting large-scale architectural elements like hyperbolic curtain walls—where precise curvature and structural consistency are critical—or intricate, custom pieces such as irregular furniture components, the software translates design concepts into tangible, accurate products. This seamless alignment of digital design and physical production not only streamlines the manufacturing process but also empowers designers to explore more bold, complex shapes without compromising on precision or functionality
| | |
| A concert hall project uses a variable-density honeycomb sandwich structure to control mid and high-frequency reverberation time at 1.8 seconds. |
It is worth noting its full life cycle carbon footprint advantage - the production energy consumption is only one-third of that of aluminum materials, and after scrapping, it can achieve 100% closed-loop recycling through physical crushing. A certain German car manufacturer has included it in the sustainable material library for interior parts.
