Precision SLS technology, crafted for researchers pushing the boundaries of materials, science, and design.

Unleash the full potential of materials science and design innovation with our precision Selective Laser Sintering (SLS) 3D printer. Engineered for researchers at the forefront of discovery, the Sharebot SnowWhite2 offers exceptional accuracy and versatility. Featuring a powerful 14W CO2 laser and the option for a nitrogen or argon modified atmosphere, this professional-grade system provides an ideal platform for universities and research centers exploring the development and application of novel polymers and composite materials.

Main features

14W CO2 laser (10.6um)
Galvanometer with f-Theta lens
Open parameters
Powder or environment heat control
Exchangeable powder distributor
Single tank mode for multi-material (optional)
Inhert atmosphere for untreated powders (optional)

Frequently Asked Questions (FAQ)

1. Why do our customers choose Snowwhite?
Researchers and R&D centers choose SnowWhite 2 for its unmatched material flexibility and the ability to start printing with as little as 300g of powder. Its fully open parameters and CO2 laser technology make it the ultimate professional tool for rapid material testing and scientific innovation.
[Read the full article for more details →]

2. Why is Snowwhite the ideal choice for biocompatible and high-value powders?
SnowWhite2 is specifically engineered to handle expensive and sensitive materials like PEEK or medical-grade polymers. Its compact build chamber minimizes material waste, while the atmospheric control and precise CO2 laser ensure the chemical purity and structural integrity required for advanced biomedical applications and high-performance engineering.
[Learn more about biomedical applications →]

3. What is the exchangeable powder distributor?
It is a modular system that allows you to swap the internal tank and recoater mechanism in minutes. This feature enables researchers to switch between different materials without cross-contamination and to choose the specific distributor geometry—Standard, Funnel, or Dosing—that best fits the flowability of their specific powder.
[Explore the different distributor types →]

4. Why a CO2 laser is the best choice for a SLS printer?
Unlike diode lasers, a CO2 laser (10.6 µm) is absorbed by almost all polymers, regardless of their color. This allows researchers to print with white, transparent, or high-performance powders (like PEEK and PA12) without needing dark additives, ensuring the chemical purity and original properties of the material are preserved.
[Read the technical comparison: CO2 vs Diode lasers →]