With a build volume of 800mm x 800mm x 1000mm, the industrial-grade FDM printer not only meets the user's printing needs for oversized models, but also reduces the need to cut models into smaller sections for efficient printing.
Efficient Heated Bed
The heated bed consists of four independent (410x410mm) PEI magnetic high-temperature platforms with a maximum temperature of 100°C. The four platforms can be heated simultaneously to reach 100°C over the entire area in 17 minutes (Ambient temperature: 25°C). The platform where the model is located can also be automatically recognized and heated independently, or manually and independently controlled for increased energy efficiency.
Fast Printing
Utilizing a 64-bit 1.5G clock speed quad-core high-performance processor (SOC RK3328), it provides sufficient computing capacity while delivering 6 times the printing speed, with a maximum speed of 300mm/s (150mm/s recommended), which is the top end print speed for printers of its size.
Multi-Nozzle Printing
Three additional printheads can be added to the X-axis to realise simultaneous printing with four nozzles, supporting printing four of the same model, while each nozzle can be equipped with the same material and different colour filament to achieve four different coloured models of the same kind.
Powerful Cooling Fan
Thickened double-sided cooling fans can comprehensively enhance the model printing results. In addition, the fans are equipped with an intelligent control function that stops working when printing is complete, which saves energy and reduces noise as well as prolongs the lifespan.
Upgraded Nozzle
The upgraded 300°C high-temperature nozzle adopts a proximal doublegear extrusion structure and full titanium alloy heat pipe. Plus, the nozzle is upgraded to chrome zirconium copper with a 60W ceramic heating pad for smoother and more uniform extrusion, which improves the printing precision. In addition, the nozzle PID auto-calibration function provides more precise control of the nozzle temperature and the built-in acceleration sensor automatically calibrates resonance compensation parameters to further ensure print quality and enhance your printing experience.
