Bringing desktop 3D printing to the next industrial level.
Printing volume
Dual: 260x260x260mm
Single: 305x260x260mm
Printing capability and nozzle design with IDEX dual nozzle system
Independent dual extruder (IDEX), for different printing modes as dual material printing, mirror printing, copy printing
Modular design of the printhead, quick-change system for easy installation and replacement and convenient maintenance
Dual-drive gear extruder, increase the contact surface for more torque and higher reliability
Quick change printhead of the PRO 310
Thermal design for high strength and high accuracy
The maximum temperature of the chamber is 100°C, the maximum heating temperature of the build plate is 160°C. It provides fast heating with its high-power output
Excellent thermal design reduce thermal deformation of the mechanics and lower the shrinkage of models during printing, avoid warping and increase the interlayer-adhesion
The maximum temperature of the nozzle is 300°C
High-power nozzle heaters decrease the heating time and ensures that the nozzle is rapidly heated, and the filament is fully melted in the nozzle
INTAMBox
Overall sealed design with molecular sieve dehumidification, built-in temperature and humidity monitoring sensor.
Independent design, easy to place and maintain
Design of active fixing for spools, prevent the filaments from being loose and knotted
Spool capacity: 2*1kg
Printing materials
for the PRO 310
> Engineering materials: PA6/66, PA6-CF, PA12-CF, PC, PC-ABS, ABS, ASA, PLA > Support materials: HIPS, PVA, SP3040, SP3050 > Open material system
Flexible build plate for easy part removal
Automated mesh leveling
Automated mesh leveling for high reliability
Different levelling modes with 4×4 or 10×10 points can be chosen
Levelling is only required at calibration, no need to repeat it before every print job
7-inch smart screen withINTAMTOUCH 2023
The printing process can be monitored remotely
through the camera, and can be controlled remotely viaINTAMSUITE 2023
Industry 4.0ready with API/SDK for implementation into production facilities