Materials

Pioneering Precision. Our materials are formulated, developed, and produced in the chemical laboratory at DWS headquarters. They are tested both internally and externally, with research centers and universities.

Flexa

The Flexa series includes the entire line of elastomers developed and produced at DWS. Materials with different technical characteristics to meet the most different requirements: from flexible rapid prototyping to the manufacture of small production batches.

Best for: rapid prototyping of elastomeric objects

Flexa Digital TPU 75

TPU performance in 3D printing. High rebound and high flexibility. Elastomer with 200% elongation and 75 ShoreA.

Flexa Digital TPU 92

TPU performance in 3D printing. Flexible but compact and resistant. Elastomer with 220% elongation and 92 ShoreA.

Flexa GM10B

Flexible, rubber-like prototyping. Elastomer with 180% elongation and 50 ShoreA.

Flexa GM08B

Flexible, rubber-like prototyping. Elastomer with 90% elongation and 95 ShoreA.

Fusia

Castable materials developed by the chemical laboratory of DWS Systems. Recommended for use with Digital Wax 3D printers, XPRO Q, QL and XCELL 300Q.

Best for: lost wax casting for jewelry, fashion and accessories, high detail objects

Fusia 445

Mass production of chains and jewelry. High casting clusters for production optimization.

Fusia Digital Wax

Excellent castability, comparable to traditional wax. Suitable for creating casting trees.

Fusia DC905

Ultra-high performance for jewelry castings. Suitable for creating casting trees.

Fusia DC800

Geometries with filigree and thick parts in the same model.

Therma

High-temperature resistant materials. Developed by the chemical laboratory of DWS Systems.  The Therma series includes nanoceramic materials developed for applications where resistance to thermal stress is required.

Best for: high resistance to thermal stress, injection molds, extra smooth surfaces

Therma DM570

Production of injection and autoclave molds with highly complex, ultra-detailed geometries. Resists high temperatures up to 295 °C.

Therma DM220

Production of master models for vulcanised rubber moulds and liquid silicones. It resists temperatures up to 200 °C.

Invicta

Rigid and tough materials with high aesthetic and mechanical performance

Best for: prototypes, tough and high performance end-use products

Invicta 2020

Aesthetic and functional prototypes of superior aesthetic quality.

Invicta AB001

Prototypes with extra-smooth surfaces and ABS-comparable properties.

Invicta Digital Sketch

Concept design. Rapid aesthetic prints. PU mold realization.

Invicta Digital PA55

High impact resistance. Strong and flexible.

Invicta DL 380

Aesthetic prototypes with extra-smooth surfaces.

Invicta Digital PA60

Stiff and tough material. For strong and sturdy parts.

Precisa

Precision, detailed and high definition for aesthetic models and mockups. Master models for rubber molding.

Best for: prototypes with ultra-smooth and detailed surfaces

Precisa DL260

Production of master models for vulcanised rubber molds and liquid silicones. It resists temperatures up to 150 °C.

Irix

Functional prototypes for eyeglass and jewels. Durable and fine-textured.

Best for: eyewear and jewelry industry, durable and smooth prototypes

Irix Digital CA

Digital manufacturing of eyeglass frames and temples: durability and aesthetics of cellulose acetate.

Irix Tungsten

High-performance prototyping. Hardness due to its high ceramic content, with excellent surface quality.

Vitra

Transparent and opaline materials used in the fabrication of transparent components and in experimental testing and research in the field of microfluidics.

Best for: testing, achievement of different degrees of transparency

Vitra 413

Opaline transparency, smooth surfaces, white translucence.

Vitra DL375

High transparency, smooth surfaces, blue-violet translucency.

Vitra UMF

Specimens suitable for study in the field of microfluidics.

Product News! Discover the new material Fusia Digital Wax.