Compare Prices and Buy Raise3D Pro3 HS Series 3D Printer
Raise3D Pro3 HS Series 3D Printer
£8999.99
Free delivery
Sold & Delivered byzoro.co.uk
The RAISE3D Pro3 HS series is a powerful, professional 3D printer based on the improvements of the Pro3 series. Equipped with Hyper FFF technology, it enables high-speed printing of 200-300 mm/s and supports high-performance composite materials that meet even the most demanding requirements. Thus, the Pro3 HS Series offers both an increased production speed and an improved product quality, especially in end applications. Precision and reliability for industrial applications The Pro3 HS Series features Hyper FFF technology for precise and reliable high-speed printing. With a standard pressure speed of 300 mm/s and a closed stepper motor in the drive system, an exact extruder movement is guaranteed. The new base plate offers a uniform magnetic adhesion, reduces the distortion of models and provides for stable movements as well as precise positioning thanks to a robust metallic frame. Long-life and long-term reliability Optimized for high volume industrial use, the Pro3 HS Series is characterized by improved reliability. A reinforced hot-end unit and an all-metal nozzle, combined with a tried-and-tested metal frame and a Dual transmission extruder, allow long production times. The optimized coupling system in the drive also ensures higher strength and durability. Efficient production with minimum manual effort Fitted with an automatic filament change function, the Pro3 HS series enables an uninterrupted production. Thanks to the ability to print with two large 2.5kg filament coils, the machine can use up to 5 kg of material continuously. An RFID sensor identifies the filament and checks the necessary parameters to avoid incorrect use of material. The automatic filament discharge function reduces manual work and increases production efficiency. Integrated Hyper FFF technology The Hyper FFF technology of the Pro3 HS series enables printing speeds of 300 mm/s and reduces the printing time by 30% to 70% as compared to the earlier