Product News! Discover the new material Fusia Digital Wax.

Casting as easy as wax. The power of SLA 3D printing meets effortless casting.

3D Printing for Eyewear

Transparency, material flexibility, precision, and attention to detail are the standards that DWS offers for the eyewear manufacturing sector.

Areas of Applications

spectacle frames molds

Materials

Rigid and tough materials with high aesthetic and mechanical performance.

Invicta 2020

Aesthetic and functional prototypes of superior aesthetic quality.

Invicta AB001

Aesthetic prototypes with an extra-smooth surface; Aesthetic features and some mechanical characteristics similar to conventional ABS.

Invicta Digital PA55

High impact resistance. Strong and flexible.
Transparent and opaline materials. For testing and studying microfluidics.

Vitra 413

Opaline transparency, smooth surfaces, white translucence.

Vitra DL375

High transparency, smooth surfaces, blue-violet translucency.
Functional prototypes for eyeglass frames and temples. Durable and fine-textured.

Irix Digital CA

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

Irix Tungsten

Hardness and high surface quality.

Nauta+ Software

Supports generation for models of any shape

Developed in-house at DWS, Nauta is our parametric software. It prepares 3D print files, helping to devise support structures and decide the model’s positioning on the platform before sending the files to Fictor, the printer management software. 

Compatible printers

XCELL 900Q / QHR

High precision productivity Large formats Production Production series

XCELL 300Q / QHR

High precision productivity Production Production series Quad-laser
DWS XPRO QL 3D Printer

XPRO QL / QLHR

High precision productivity Quad-laser Z-axis 50 cm
DWS XPRO Q 3D Printer

XPRO Q / QHR

High precision productivity Quad-laser Z-axis 30 cm

DW 029MKIII / HR

High precision Medium productivity Production Sustainability
DWS DW 028XLHR 3D Printer

DW 028XLHR

Desktop format Jewelry University Very-high precision