Durable and temperature-resistant, manufactured in normal cold environment
Next-gen composite materials designed for a wide range of use cases without a need for a heated chamber
Our engineering spirit has been the force driving us for over 10 years on our path to build the key elements of additive manufacturing - printers, materials and management software.
Easy-to-work devices
High repetitiveness of the result
One interface - one user experience
Print farms controlled through the LAN network
Spare parts compatibility and interchangeable
We call it Ⅹ platform
Single HW-SW foundation of all our products to achieve stability and print control:
Filament Flow Control System
Built-in encoder and algorithms monitor material feeding once every 20ms
End-of-Filament Sensor
Control of end of supply for plastic and automatic printing pause. This allows to save material and secure printing result
Built-in and Cloud Material Profiles
Automatic print settings based on consumable usage. The same workload can be launched with different plastics. Profiles are embedded automatically from the cloud base
Surface Control
Warping surface control plus pause and saving material in case of a printout dilamination
Network printing
Remote printing launch and control of the 3DP farm through Polygon X software
Notification System
LED lights and sound notifications unique for every event
Printing speed presets
Speed of the printing process is selected automatically from a preset or can be chosen by the user
Temperature control
The radiator temperature sensor can prevent plastic from overheating in the “cold zone”
Layer time control
Allows to sustain the print quality even for the models with small printing layer/size
Delta Z Control
The height delta between the nozzles is calculated automatically and is adjusted with up to 0.01mm precision in dual-material printing mode
Adaptive print chamber circulation
Eliminates the temperature gradient inside the print chamber
Automatic first layer control
Nozzle to print-bed pressure (z-offset) is calculated automatically at the beginning of the printing process
Areas of use
Industrial
Aviation
Device engineering
Robotics
Jewerly
Architecture and Design
Science and education
Medicine
Foundry casting