Sharebot SnowWhite2 HT

High-Temperature SLS  350°C
Innovation for Advanced Materials Research

Break Through the Thermal Limits of Additive Manufacturing

engineered specifically for materials research, polymer development, and high-performance industrial applications. Equipped with an advanced bed heating system capable of reaching up to 350°C, SnowWhite HT enables university labs, research institutes, and R&D centers to process high-performance engineering polymers that were previously unprintable on standard benchtop Selective Laser Sintering systems.

Key Features & Research Capabilities

  • 350°C Bed Temperature Chamber: Native support for high-temperature thermoplastic powders, allowing precise thermal control to prevent warping and ensure optimal layer coalescence.

  • Open Parameter Architecture: Total freedom to tweak laser power, scan speed, hatch spacing, and thermal profiles—giving researchers full control over the sintering process.

  • Minimal Powder Requirement: Optimized for material experimentation, starting with minimal powder quantities to drastically reduce testing costs for experimental formulas.

  • Benchtop Footprint, Industrial Performance: Compact design built to fit easily into research laboratories without compromising on laser control or thermal stability.

High-Performance Polymer Processing

SnowWhite HT opens the door to testing and perfecting high-temperature engineering polymers, including:

PEEK / PEKK (Polyether Ether Ketone / Polyetherketoneketone)
PAEK & Specialty Polyamides (High-temp PAs)
Custom Polymer Blends & Composites (Carbon/Glass fiber reinforced, bio-based polymers)
High-Temp TPU & Functional Elastomers

Accelerate Your Material Science Breakthroughs

Whether you are formulating novel polymer alloys, developing bio-compatible matrices, or qualifying custom powders for aerospace and automotive applications, the Sharebot SnowWhite HT provides the stability, thermal headroom, and precision needed to transform experimental chemistry into functional end-use parts.

Stable temperature  in build area
Designed for thermal camera installation
Temperature control for power and cylinders
Galvanometer system with f-Theta lens
All printing parameters are open
Log file available at the end of each process

Machine Specs and Features:

  • DIMENSIONS: 1500 x 600 x 600 mm
  • WEIGHT: ca 150 Kg
  • PRINTING VOLUME: 50 x 50 x 50 mm (maximum)
  • Z RESOLUTION: 50 microns
  • XY RESOLUTION: 100 microns
  • LASER: CO2 (10640nm) – 14W
  • BUILDING SPEED (Z): up to 35 mm/h
  • SCAN SPEED: up to 3500 mm/s
  • POWDER BED: up to 350 °C
  • BUILD CYLINDER: up to 350 °C
  • LOAD CYLINDER: up to 350 °C
  • NETWORK CONNECTION
    Some values may change for technical reasons
Snowwhite2 temperature distribution for standard distributor

Flexible

CO2 Laser perfect to work with any kind of powder.

Exchangeable powder distributor.

Open parameters. Open to specific requests.

First SLS multi-material 3D printer.

Remote control

From the LAN you can see printing progress and eventually stop a job.

You can access the log file of every job and the pictures taken before and after each layer.

Test the printer

Do you have a project or a special powder?

Send us just 2 kg of your powder and STL file and we will be happy to print it in order to understand the possibilities of our printer.

Our SnowWhite R&D team can evaluate the possibility to cooperate with you.

Printing volume100 x 100 x 100 mm (3.93 x 3.93 x 3.93 in)
Z resolution50 micron (0.002 in)
XY resolution100 micron (0.004 in)
LaserCO2 – 14 Watt
Heated build chamberup to 190 °C (374 °F)
Speed (Z axis)35 mm / h (1.37 in / h)
Scan speedup to 3500 mm / s (11.48 ft / s)
ConnectivityLAN
Dimensions1500 x 600 x 520 mm (59.0 x 23.6 x 20.5 in)
Weight120 kg (264.55 lb)

See some sample test prints

Scientific Publications

we helped to achieve with SnowWhite2

Patents

we helped to achieve with SnowWhite2

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