THERMA DM570

High-Performance Composite for Ultra-Detailed Injection Molds

THERMA DM570 is a reinforced composite material engineered for the production of high-precision plastic injection molds. Developed to work seamlessly with DWS high-resolution 3D printers, it allows for the creation of ultra-detailed features—especially sharp edges, undercuts, and complex geometries including internal cooling channels.

Resistant to temperatures up to 285 °C, THERMA DM570 can endure the high pressures typical of injection and mold clamping processes. It is ideal for short production runs of up to 2000 injection cycles, depending on the injected material, pressure conditions, and part design.

Key Features

• High Temperature Resistance: Stable under injection molding conditions up to 285 °C.

• Exceptional Detail: Perfect for producing complex features, undercuts, and fine details.

• Durable for Short Series: Up to 2000 molding cycles under optimal conditions.

• Optimized for DWS 3D Printers: Ensures high-resolution mold production.

• Versatile Applications: Ideal for molds used in footwear, electronics, tooling, and more.

Whether for prototyping or limited-run production, THERMA DM570 delivers the precision and durability needed for advanced mold manufacturing.

👉 For more information: dwssystems.com/material/therma-dm570/

The eyewear industry is evolving rapidly, with increasing demand for new products in shorter timeframes. DWS sets the benchmark by offering precision, attention to detail, and high-performance materials that support faster development cycles without compromising on quality.

By combining advanced materials with cutting-edge 3D printing technology, DWS significantly reduces time-to-market. Whether you need aesthetic and functional prototypes, limited-edition series, or large-scale production, DWS delivers solutions backed by innovation and reliability.

Materials Designed for Performance

• Flexa Digital TPU 75
  A flexible elastomer with mechanical properties similar to traditional TPU, Flexa Digital TPU 75 is ideal for producing soft, flexible components such as nose pads and temple ends. It meets the specific needs of the eyewear industry for comfort and adaptability.

• Invicta Digital PA55
  Engineered for high impact resistance and flexibility, this material is perfect for frames and components that require durability. It is also compatible with common eyewear treatments, including hypoallergenic clear coatings and sputtering.

• Irix Digital CA
  This material offers smooth surfaces and excellent durability, making it suitable for a wide range of eyewear applications. Irix Digital CA is available in a semi-opaque white base and can be customized with a variety of color pigments on request.

• Irix Tungsten
  With a high ceramic content, Irix Tungsten is valued for its exceptional hardness and impact resistance. The surface can be treated to achieve different finishes, giving the product a metal-like appearance and tactile feel, ideal for high-end eyewear designs.

DWS continues to drive innovation in the eyewear manufacturing sector by offering versatile, reliable materials that meet both functional and aesthetic requirements—ensuring your designs are always one step ahead.

👉 For more information: https://dwssystems.com/industries/eyewear/

DWS develops high-tech solutions for jewellery and the fashion sector.
High resolution, definition, accuracy, details’ precision. DWS 3D printers have no rivals in the sector, thanks to the continuous research conducted by R&D department, who not only designs the 3D printers, but also the materials (castable and functional) and the proprietary software: a fully integrated system that guarantees the complete control over all processes and the necessary components for the realization of the objects.
Among the new applications and technologies, innovative concepts stand out: the 3D printing cluster for direct investment casting (XCLUSTER), the printing of already linked chains (XCLUSTER Chain) and the printing of finished products featuring transparent textures and surfaces, reproducing natural ceramic or suitable for customization with traditional treatments.
Thanks to the combination of materials, stereolithographic 3D printer and a specially designed software, the workflow becomes fully digital and automated. This increases companies’ productivity, reducing time to market and decreasing production times and costs.

👉 For more information: https://dwssystems.com/industries/jewelry/

• Discover How DWS is Revolutionizing Custom-Fit Footwear Through Additive Manufacturing

DWS is transforming the footwear industry by enabling the production of custom-fit shoes through advanced additive manufacturing technologies. From the initial executive drawing to the final product, DWS provides a complete and integrated solution tailored to the unique demands of the sector.

At the heart of this innovation is the Flexa series—a comprehensive line of elastomeric materials developed and produced in-house by DWS. These materials offer a wide range of technical characteristics, ideal for everything from flexible rapid prototyping to small-batch production.

Thanks to the synergy between DWS’s 3D printers and specialized materials, it is now possible to produce complete footwear components—including soles, midsoles, insoles, and treads—with exceptional precision and customization.

For even greater manufacturing flexibility, the XPRO printer line allows for the production of high-quality molds suitable for plastic injection or PU casting, further expanding the possibilities for design and production.

DWS stands as a true partner for footwear manufacturers, delivering precision, innovation, and end-to-end support for next-generation custom-fit footwear production.

👉 For more information: https://dwssystems.com/industries/footwear/