The Sharebot SnowWhite 2 HT is a professional 3D printer based on SLS (Selective Laser Sintering) technology, specifically designed for research, development, and testing of advanced materials. It is an evolution of the SnowWhite 2 model, offering extended high-temperature processing capabilities and full control over printing parameters.
The system is intended for academic environments, laboratories, and companies involved in the development of new polymer or composite materials.
High performance and high temperature
One of the most important advantages of the HT version is its ability to operate at significantly higher temperatures compared to the standard model. The build chamber can reach approximately 350°C, enabling the processing of high-performance materials such as PEEK or other advanced engineering polymers.
This capability turns the printer into equipment suitable for industrial applications and advanced research, where thermal stability is essential.
Controlled atmosphere
The printer can operate in a controlled environment with inert gas (nitrogen or argon), reducing material oxidation during the sintering process.
This contributes to:
improved mechanical properties of the parts
enhanced surface quality
more consistent experimental results
Control complet asupra procesului
SnowWhite 2 HT este un sistem deschis (open system), oferind utilizatorului acces total la parametrii de proces.
Se pot ajusta:
temperatura în diferite zone ale camerei
viteza și strategia de scanare laser
parametrii de sinterizare
distribuția energiei laser
Acest nivel de control este esențial pentru dezvoltarea și optimizarea materialelor noi.
Full control over the process
The system includes precise temperature control across all critical components:
the powder bed
the build cylinder
the feed cylinder
This detailed management ensures process stability and reduces part deformation or defects.
Technical Specifications
Dimensions
1500 × 600 × 600 mm
Weight
approx. 150 kg
Build Volume
50 × 50 × 50 mm
Z Resolution
50 µm
XY Resolution
100 µm
Laser
CO₂ (10640 nm) – 14 W
Speed (Z axis)
up to 35 mm/h
Scanning Speed
up to 3500 mm/s
Powder Bed Temperature
up to 350 °C
Build Cylinder Temperature
up to 350 °C
Feed Cylinder Temperature
up to 350 °C
Connectivity
Network (LAN)
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