Regenerated Beltless System
The Beltless FFF 3D printing system looks even better
Regenerated and renewed system
The Beltless System changes appearance and makes room for new standards of accuracy in FFF systems.
The nickel coating allows for increased handling of wear resistance, the mechanical and thermal stresses, to the advantage of speed and printing precision.
Fast, silent and flowing
The new Beltless System increases, in addition to printing accuracy, the print speed by 20% compared to a Desktop version.
The Xtreme systems bring a printing speed 4000 mm / min, increasing the smoothness of camera movements and, noiselessness.
Long life mechanics
The new treatment on the racks and pinions of the X/Ymovement allows for a particularly low friction coefficient, increasing the hardness and the all 'wear resistance, further increasing the useful life of the Xtreme systems.
Tolerance of 15 microns
No one had ever dared so much
The new Beltless System exceeds the 3D FFF print standards and brings print accuracy up to 15 real microns!
Repeatability for a small series
The repeatability of the Xtreme systems is unrivaled.
The Roboze team knows the meaning of accuracy and repeatability—A very important parameter to be taken into account especially in the production field. Unlike other solutions on the market, the tolerances between the printed parts do not change and with the regenerated Beltless System, in Xtreme systems, repeatability is guaranteed in 15 microns.
Roboze systems are designed on the needs of manufacturing companies. The time factor is one of the major levers for creating competitive advantages in the production process, and in addition to production optimization, reducing it is vital. The Beltless System, and machine consumables, do not require complicated maintenance operations.
Technology and innovation for high temperature control
It is the second mechanical extruder HVP gem – the result of Roboze R&D know-how. With temperatures up to 500°C, it is able to manage the viscosity of super polymers offering incomparable print quality with materials such as PEEK.
Printing plate up to 180 ° C
Roboze One + 400 Xtreme does not fear high temperatures. The bedplate, with a volume of 300 x 200 x 200 mm (xyz), reaches temperatures of 180°C which, together with the vacuum system, guarantees stability also for large volume prints.
Compressed air cooling system
In Roboze One + 400 Xtreme a compressed air cooling system is installed, localized to improve heat dissipation and the heat exchange of the HVP extruder, increasing the reliability and the useful life of the same.
Automatic systems for reducing printing risks
Xtreme desktop / production systems are equipped with latest generation encoders on the motors, which can automatically respect the tolerances of the printed parts. The system is able to correct errors during the printing process to increase the repeatability of printed parts - key feature in the production of finished parts and small production lots.
The endstops installed on Xtreme systems reduce the mechanical problems related to the rapid movement of the axes. This element reduces machine maintenance and increases, together with the new nickel plating treatment, to increase the useful life of the Beltless System.
Leveling the semi-automatic print plate
The print floor leveling operation is one of the most important operations to get perfect prints without defects. The new semi-automatic system inserted in Xtreme systems, helps the operator at this stage, speed up the printing preparation phase.
Techno-engineered and custom polymers on the needs of the most extreme sectors
Roboze One + 400 Xtreme increases the versatility of Roboze technical materials and opens the door to one of the most popular super polymers required by industries working in extreme environments: CARBON PEEK.
PEEK, ULTEM ™ AM9085F, PP, PC - LEXAN ™ EXL AMHI240F
High-performance Polymers to offer real industry versatility.
CARBON PA, CARBON PP, GLASS PA
Composite materials developed with experienced materials engineering partners for an unprecedented FFF 3D printing experience.