Cellulose acetate - Polyamide
Buttons - Buckles - Clothing
CR-39® High Index - Polycarbonate - Polyamide
Industry sector - medical - aerospace - MJF - PA …
Machining sector - Injection
Gray, white, beige, pink
Colles pour assemblage de l’acétate de cellulose
In the automotive field, 3D printing processes such as SLS, MJF, and FDM are widely used. Our GTC and GTD dye ranges enable the coloring of 3D printed parts from all technologies. Without adding thickness, our process is simple and repeatable. Favored by the automotive industry, our process and products offer advantages such as part customization, resistance to the tests required in the automotive sector (e.g., heat exposure), coloring of complex parts, and more.
In the aeronautics field, the use of 3D printing technologies such as SLS and MJF for the production of prototypes and functional parts is common. However, coloring these parts faces many constraints. Thanks to our GTC and GTD ranges, parts can be colored precisely, meeting the strict requirements of the sector, including flame resistance tests according to FAR 25.853 and UV resistance according to ISO:11507.
The aerospace industry uses 3D printing technologies such as SLS and MJF for the production of aeronautical parts and components. Our coloring process for additive manufacturing with the GTC and GTD ranges allows for simple coloring of produced parts while maintaining their mechanical properties and high-temperature resistance.
In the orthopedics, orthotics, and prosthetics sector, 3D printing offers significant advantages, such as the custom fabrication of prosthetics and orthotics, the creation of anatomical models for surgical planning, and the manufacturing of personalized medical devices.
Our GTD range is particularly appreciated by practitioners in this sector as it combines UV protection and is compatible with skin contact.
Additive manufacturing is revolutionizing the sports sector by offering innovative possibilities, such as customized equipment improving athletes’ performance (e.g., lightweight running shoes, custom shin guards, tennis rackets, etc.). Thanks to our GTD range, parts for the sports industry can be colored with a high level of customization.
In the nautical sector, additive manufacturing allows for the rapid and on-demand production of spare parts to be integrated onboard boats.
Often, these custom parts need to be colored. Our high-performance GTD range, particularly known for its UV resistance, is recommended for coloring small series parts.
3D printing enables the production of customized and tailor-made eyewear frames. It is possible to design and produce eyewear frames that perfectly fit the morphology of each person, offering optimal comfort and ergonomics. Our GTD range is recommended for coloring 3D printed eyewear, offering optimal resistance to abrasion, sweat, and light
In fashion, additive manufacturing offers opportunities for creativity and innovation. It allows for the creation of personalized clothing and accessories, exploration of new shapes and textures, reduction of material waste, and acceleration of production.
3D printed polymer fashion accessories can be dyed with an infinite range of colors or custom shades thanks to our GTC and GTD ranges.
