In addition to functional models, laser sintering offers a cost-effective alternative for series production in PA – without the need for investment in molds, while providing significant design flexibility in construction.
Powdered polyamide (PA or PA GK) is melted layer by layer using a CO2 laser and then solidifies. Laser-sintered parts are suitable for functional and assembly tests due to their excellent mechanical properties, as well as for direct use as end products. They are durable, can be made waterproof upon request, and features such as film hinges and snap hooks can also be realized.
If one wishes to visually improve the process-related rough surface, it can be coated with filler, sanded, and subsequently painted if necessary.
Prototypes or small series - parts made from polyurethanes in vacuum casting.
Vacuum casting is used when one wants to replicate material properties ...
Small series produced economically and swiftly using plastic injection molding.
Whether for use as prototypes in quantities of 100 or for small serie...
Whether it's individual samples or small to medium series of plastic for end products - with 3D printing / rapid prototyping methods, they can be impl...
Industrial 3D printing in polyamide (PA) for series production directly from 3D data.
Laser sintering offers economically attractive alternatives for...
Prototypes or small series - parts made from polyurethanes in vacuum casting.
Vacuum casting is used when one wants to replicate material properties ...
Small series produced economically and swiftly using plastic injection molding.
Whether for use as prototypes in quantities of 100 or for small serie...
Whether it's individual samples or small to medium series of plastic for end products - with 3D printing / rapid prototyping methods, they can be impl...
Industrial 3D printing in polyamide (PA) for series production directly from 3D data.
Laser sintering offers economically attractive alternatives for...