Roboze, the leading Italian 3D printing company announced today that it has formed an alliance with Polymertal, an innovative Israeli company that specializes in producing hybrid products based on metal plating of 3D printed parts. As part of the agreement, Polymertal will purchase Roboze’s flagship product – the Roboze One+400 industrial 3D printer – to enhance a unique plating process to be applied to Roboze’s metal replacement techno-polymers focusing on PEEK, PEI & CARBON-PA.
Established in 2013, Polymertal’s vision is to convert metal components to a new concept – Hybrid Products, which will enjoy the best out of two worlds – metal and plastic, with certain decisive advantages over metal parts that are manufactured by traditional methods:
This concept is based on patented high-quality chemical processes that involve improving the 3D printed products surface and then metal plating with excellent adhesion and electrical conductivity. These Hybrid Products should find use in a wide range of fields from space up to medical where the products are required for the highest quality and harsh environmental conditions. Among Polymertal’s existing customers are top Israeli companies from high technology industries such as Defense, Aviation, Aerospace, Medical & Electronics.
As the 3D-printing industry moves the focus from prototyping to manufacturing, Roboze’s unique technology of printing advanced techno-polymers attract attention of large global manufacturers who are seeking ways to integrate 3D printing in their design and manufacturing processes. The combination of Roboze’s advanced thermo-plastics 3D parts and metal plating by Polymertal, will provide a unique value proposition that will enlarge the spectrum of possible advanced applications, supporting weight and cost reduction, and shorter product lead-time.
Based in Bari Italy, Roboze is an innovative 3D printing company that designs and manufactures the next generation of advanced FFF 3D printing solutions for additive manufacturing applications. The company’s unique beltless 3D printing technology enable to produce high-quality parts from 13 different advanced techno-polymers, for extreme functional testing and end use metal replacement applications.