The high temperature 3D printing according to Roboze

Over the last few years, the topic of high temperature polymer filaments with Additive Manufacturing systems has attracted enormous interest from the entire global industrial sector. To date, more and more manufacturers are presenting solutions with a heated chamber and high temperature extruders.
But how to ensure precision, repeatability and control of the deposition process in conditions of high temperatures and with materials that have a marked viscosity? How to control the production process through additive manufacturing systems by rapidly responding to unexpected events and avoiding delivery delays?

Roboze’s goal is helping manufacturing companies in the world to digitilize their production processes, replacing obsolete production methods, producing components in super polymers just in time and on demand; this is possible thanks to great engineering know-how and backgrounds in materials science and advanced mechatronics. With a team of over 50 engineers from over 10 countries around the world, Roboze's Engineering and Product Development team has worked for years to create a 3D printing process in conditions of high temperature, which ensures homogeneity, controls the thermo-mechanical deformations of the different components of the motion, isolate hot parts from cold parts, continuing to guarantee movement precision, repeatability and reliability.

With the next webinar organized by Roboze you will discover how our technology meets the high production standards of functional parts by technically analyzing the product innovations that are revolutionizing the way of considering 3D printing with composite materials and high performance polymers.

A journey, commented and described by Roboze CEO & Founder, Alessio Lorusso, through the points of strength of Roboze 3D printing technology that is helping manufacturing companies around the world to innovate and make their supply chain more sustainable, producing finished components just in time and on demand, locally.

Book now, sign up here to attend and don't miss this opportunity: JOIN THE WEBINAR 

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