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Industry's leading FFF technology based 3D Printers for Education, training and prototyping. Trusted by millions of users Professional 3D Printing made accessible !

FFF Technology based Ultimaker

Accurate, consistent results - tailored to your business. Highly complex 3D prints, industrial-grade materials, maximum performance, and future-ready 3D printing experience. With ultimate accessibility.
A desktop 3D printer that's engineered to perform

Illustration Ultimaker 2+ Ultimaker 3 Ultimaker S5
Technology Patented Beltless FFF/FDM Technology Patented Beltless FFF/FDM Technology Patented Beltless FFF/FDM Technology
Precision Z Axis Precision of 0.05mm Z Axis Precision of 0.05mm Z Axis Precision of 0.05mm
Extruders In-house Massive extruders designed with precision to extrude to perfection 0.4 mm Nozzle Diameter In-house Massive extruders designed with precision to extrude to perfection 0.4 mm Nozzle Diameter In-house Massive extruders designed with precision to extrude to perfection 0.4 mm Nozzle Diameter
Materials Engineering Grade materials such as Ultra (PLA), Strong (ABS), Functional (NYLON 12), FLEX (TPU) and any other 3rd party materials Engineering Grade materials such as Ultra (PLA), Strong (ABS), Functional (NYLON 12), FLEX (TPU) and any other 3rd party materials Engineering Grade materials such as Ultra (PLA), Strong (ABS), Functional (NYLON 12), FLEX (TPU) and any other 3rd party materials
Resolution Produces objects with resolution upto real 50 Microns.
Very High Quality: 50µ
High Quality: 70µ
Average Quality: 150µ
Low: 200µ
Communication SDHC Standard Card Reader USB Type B
Build Plate Glazed anticorodalaluminium surface heats upto 100°c, providing grip and sealing on even very long
Body Frame made up of powder coated galvanized steel. The internal part is totally produced by CNC automatic machines and is made of AISI 303 to ensure superior durability
Build Volume 280mm X 220mm X 200mm OR 11in X 8.6in X 7.8in

Roboze One + 400

ROBOZE ONE+400, features a patented mechatronic movement system without belts, which is more accurate and works as fast as standard belt based movement systems. The new device is equipped with two extruders that can reach temperatures of up to 400°C and are therefore able to print materials such as PEEK, PEI or PC.

Illustration Specification
Technology Patented Beltless FFF/FDM Technology
Precision Z Axis Precision of 0.05mm
Extruders 2 extruders designed with precision and re-engineered to reach 400°C 0.4 mm Nozzle Diameter
Materials High performance thermoplastics such as PEEK, PEI(ULTEM), PC, PMMA, PC/ABS, CARBON PA, ABS-electrostatic dissipative, NYLON 12
Resolution Produces objects with resolution upto real 50Microns.
Very High Quality: 50µ
High Quality: 70µ
Average Quality: 150µ
Low: 200µ
Communication SDHC Standard Card Reader USB Type B
Build plate Glazed anticorodalaluminium surface heats upto 150°c, providing grip and sealing on even very long
Body Frame made up of powder coated galvanized steel. The internal part is totally produced by CNC automatic machines and is made of AISI 303 to ensure superior durability
Build Volume 200mm X 200mm X 200mm OR 7.8in X 7.8in X 7.8in