3D printing is convenient in many cases, especially for the production of objects with complex geometries that are difficult to produce by other methods.Or to accommodate needs where a reduction in tooling costs and lead times is required.
3D printing for fashion accessories is proving to be an important innovation as it reduces the time required to produce both pieces that can be painted or metalized through surface treatments such as sputtering, and indirect production using meltable resins. As in jewelry, lost-wax investment casting is used to create chains or other metal objects. The advantage lies in the control over the object’s weight as well as the reduction in time to market.
Invicta Digital PA60
Stiff and tough material. For strong and sturdy parts.
Bucklet clip for bags or backpacks, made in Invicta Digital PA55.
Molding and Extrusion
The production of injection, extrusion, or casting molds is possible through 3D printing, thanks to the combination of ultra-high-precision 3D printers and high-performance materials. Resistance to high temperatures, high pressures, reproduction of details, and dimensional accuracy are some of the results already tested with the use of the Therma DM570 and the XPRO and XCELL 3D printers.
Therma DM500
Material for manufacturing of plastic injection molds; Resistant to injection temperatures up to 200 °C.
Therma DM570 ultrasonic compression mold for the production of materials from biomass.
Valves
Manufacturing pneumatic valves for the automation industry, 3D printing allows for customizable configurations with small production batches, cutting tooling costs and lead times associated with traditional methods.
Invicta 2020
Aesthetic and functional prototypes of superior aesthetic quality.
The world of footwear is constantly evolving, and fashion demands production methods that keep up with stylistic changes. 3D printing can produce finished products through the combination of DWS 3D printers and materials specifically designed for high performance in terms of comfort and function. Whether for a complete shoe or a part of it, such as midsoles, Flexa Digital TPU materials are suitable for this purpose. In fact, geometries can be limitless, giving designers complete freedom for creativity.
Flexa Digital TPU 75
TPU performance in 3D printing. High rebound and high flexibility.
Creating custom gaskets is always complex, time-consuming, and expensive. Additive manufacturing, thanks to elastomers, allows maximum freedom in terms of geometry, even for limited series.
Invicta Digital PA60
Stiff and tough material. For strong and sturdy parts.
Gasket for window frame, made in Flexa GM08, black color.
Terminal for window frame, made in Invicta Digital PA55, black color.
High density gasket, made in Flexa Digital TPU 92, black color.
Jigs and Fixtures
Tough or rigid materials are particularly suitable for mass production of manipulators, as well as for restraining and aesthetic brackets or casings. Designs often change rapidly, and the demand for customization is increasing. Additive manufacturing makes achieving this goal easy.
Invicta Digital PA60
Stiff and tough material. For strong and sturdy parts.
3D printing offers a solution for optimizing jewelry production. Whether for vulcanized rubber molds of master models or the production of casting trees, the combination of 3D printers, software with plugins dedicated to cluster design, and high-quality materials provides a complete package to meet the production needs of jewelry companies.
10 meters of chain in a single cluster. Made in Fusia DC905.
Casting tree for jewelry production. Manufactured in Fusia DC905.
Master model produced in Precisa DL260, suitable for making vulcanized rubber molds.
Consumer Products
It is possible to 3D print objects for end use whether they are a finished product, part of an assembly or component of a product.
A wide range of materials suitable for the highest performance requirements.
Invicta Digital PA60
Stiff and tough material. For strong and sturdy parts.
