Empowering limitless materials
Power DIW
Expanding the horizons of custom manufacturing with an infinite spectrum of materials and advanced design through most innovative additive solutions.
Direct-Ink-Writing
The Direct Ink Writing (DIW) technology utilizes a controlled ink deposition system, where materials such as ceramic, metal, and polymers are transformed into three-dimensional objects.
At Power DIW, we have taken this technology to the next level with a patented high-force extrusion system, enabling the precise creation of parts with high-load materials and technical complexity. This innovation sets us apart by offering a unique ability to print with advanced materials and achieve exceptional results.
Power DIW Technology
Our printer, a pioneer designed with Direct Ink Writing technology, stands out for its patented high-force extrusion system, which enables the printing of complex materials, such as ceramics and metals, allowing for the manufacture of technical and specific parts.
What sectors are we in?
Discover how Power DIW revolutionizes various sectors with innovative additive manufacturing solutions.
Innovative Research
Promote innovation with precise testing of advanced materials in real prototypes, facilitated by machines tailored to your needs.
Medical – Dental
Excellence in precision and customization of implants with leading-edge materials, providing superior performance for the patient.
Energy
We manufacture solutions for efficient energy with innovative catalysts, leading the transformation of the sector.
Industrial
Advanced manufacturing for adaptive solutions across various industrial needs, leading in innovation, versatility, and efficiency.
We work together with
Papers
With Power DIW you can print all types of powder materials. To see the different materials used, explore the scientific articles in which Power DIW has participated in outstanding materials research. Get detailed information about the materials used and the potential of our technology, providing deep insight into its innovative applications.