Engineering and research at the service of worldwide manufacturing Under-under title: The most precise FFF 3D printing technolo
powered by Roboze
Proprietary technology for implementing FFF 3D printing technology
Experience in the field of precision mechanics in metal production makes Roboze products 8 times more accurate than other components on the market, thus reducing the risk of printing failure.
In addition, the Beltless system, compared to other belt systems, is not subject to long-term distortions and distortions, especially in the presence of high temperatures. With hardened steel racks directly in contact with the pinion, mechatronics Roboze of the X and Y axes do not change over time and ensures the repeatability of each individual printing even in the long term.
An engineering gem that stems from the knowledge and quality of Roboze R&D
Designed and produced by Roboze, the HPV Roboze extruder (patent pending) presents a narrowing in the extrusion internal channel which allows for speed acceleration of polymers at high viscosity during the extrusion process. Along with the achievement of the optimum temperature, it also reduces its viscosity and controls the swelling phenomenon, by increasing printing speed of polymers like PEEK.
The result: absolutely unbeatable print quality in the engineering of plastic materials like PEEK, with impressive precision and incredible mechanical properties.
Roboze solutions always result from a thorough analysis of the needs of end users looking for professionalism but also accessibility. Research becomes essential in a sector such as additive manufacturing, which is constantly evolving.
To obtain functional prints with a range of high performance materials, for designers and end users means expanding their fields of application and making their projects more suitable for technical and economic needs. For this reason, Roboze manufacturing is in constant contact with companies, research centers and universities, to design perfect solutions to obtain excellent results to make its offer versatile and accessible to end users