Trinity 3ntProf

For February 27, 2017 3ntProf - the 3D-printer.

On February 27, 2017 Trinity Group announced creation of the 3D-printer for professional use 3ntProf.

Development of Trinity system integrator – the solution 3D - printings for the small working groups of developers (engineers, designers, architects) and educational institutions of all engineering specialties.

3ntProf, (2016)

Using 3ntProf the user can receive prototypes and function models.

The 3D-printer – the peripheral device using a method of layer-by-layer creation of a physical entity on a digital 3D model. 3ntProf it is focused on large volumes of printing. In the device 32-bit electronics and stepping motors - 0.9 degrees / a step is used.

In printer 3ntProf there are no console fastenings that provides the increased durability of construct and accuracy of printing. Devices the module of network printing for remote control and the overview of record of process via the camera can be included.

Specifications

• Dimensions: 670x620x850 mm.
• Weight: ~ 20 kg.
• Technology of printing: FDM (layer-by-layer fusing).
• The material used for 3D printing: ABS, PLA, HIPS, Flex and other modern materials for FDM 3D of printing;
• Diameter of thread: 1.75 mm;
• Printing amount: 400x400x400 mm;
• Mechanical permission (X, Y, Z): 0.01, 0.01, 0.001 mm;
• Technology accuracy (reproducibility): 0.1 mm;
• Average energy consumption in printing process: 350 W.
• Printing head (quick-changeable, magnetic fastening):
• in the basic version - one material, diameter of a nozzle - 0.4 mm (quick-detachable replacement by any of a number of 0.2/0.3/0.35/0.4/0.5/0.8/1 mm);
• in the expanded version two materials (two colors or basic material + soluble support);
• in the full-color version the mixing head for printing of CMYK (3 basic materials) + the head of printing of supports.
• Technology features:
• Tough framework from the aluminum shape;
• Precision rail guides on all axes;
• Kinematics type: CoreXY;
• The closed printing amount (thermo-stabilization, protection against cracking of large products, protection against a smell at printing);
• The warmed-up table;
• Construct: lack of console fixing;
• Possibility of installation of the module of network printing for remote control and the overview of record of process via the camera (optionally);
• 32-bit electronics is used;
• Stepping motors 0.9 degrees / step;
• Wide belts for reduction of the phenomenon of a resonance at high speeds;
• The quick-change mechanism of replacement of the printing head (based on magnetic fastening);
• Possibility of type selection of the drive of supply of plastic: local giving (direct drive extruder) or giving through a flexible tube (bowden extruder);
• Autonomous printing through SDcard;
• Graphic LCD display;
• Possibility of upgrade.