Description
The Sharebot SnowWhite 2 is a professional-grade Selective Laser Sintering (SLS) 3D printer designed for advanced research, material development, and high-precision prototyping. Equipped with a 14 W CO₂ laser and a fully configurable open-parameter architecture, the system provides exceptional flexibility for processing a wide range of thermoplastic powders and composite materials.
Engineered primarily for universities, research centers, and R&D laboratories, SnowWhite 2 enables users to explore new materials, optimize process parameters, and produce complex geometries without support structures. Its compact build volume and low powder requirement make it particularly efficient for experimental workflows and small-batch production.
The system supports controlled atmospheres (nitrogen or argon) and advanced thermal management, ensuring consistent part quality and enabling work with sensitive or high-value powders. Combined with remote monitoring and full process transparency, SnowWhite 2 is a powerful platform for innovation in additive manufacturing and materials science.
Sharebot SnowWhite 2 SLS 3D Printer - CO₂ Laser Sintering System for Research & Prototyping
Specifications
| Laser Printing Technology: | Selective Laser Sintering (SLS) |
|---|---|
| Laser Type: | CO2 Laser |
| Average Laser Power: | 14 W |
| Laser Wavelength: | 10600 nm |
| Laser Spot Size (XY Resolution): | 100 um |
| Layer Thickness (Z Resolution): | 50 um |
| Build Speed: | 35 mm/h |
| Scan Speed: | 3500 mm/sec |
| Print Material: | Polymer, Resin, Plastic, Ceramic |
| Print Environment: | Air, Inert Gas, Nitrogen |
| Build Volume (W): | 100 mm |
| Build Volume (H): | 100 mm |
| Build Volume (D): | 100 mm |
| Application: | Rapid prototyping, Medical devices, Other |
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Features
- Selective Laser Sintering (SLS) Technology for high-quality polymer part production
- 14 W CO₂ laser (10.6 µm) for reliable and versatile powder processing
- Open parameter system enabling full control over process settings and material experimentation
- Multi-material capability (optional) for advanced research applications
- Controlled atmosphere operation (N₂ / Ar optional) for sensitive or reactive powders
- Exchangeable powder distributor for optimized material handling
- Heated build chamber (up to ~190°C) for improved sintering stability
- High precision resolution: up to 50 µm (Z) and 100 µm (XY)Low material requirement: start prints with as little as ~300 g of powder
- Fast setup: job preparation in ~15 minutes
- Remote monitoring via LAN with access to logs and layer-by-layer data
- Wide material compatibility, including PA12, PA11, TPU, and composite-filled powders
Applications
- Materials research & development (polymers, composites, experimental powders)
- Rapid prototyping of complex geometries without support structures
- Functional part manufacturing in low-volume or custom production
- Academic research and education in additive manufacturing
- Biomedical and biocompatible material studies
- Aerospace and automotive component prototyping
- Filter structures and porous material fabrication
- Optimization of industrial SLS process parameters
Frequently Asked Questions
What is the Sharebot SnowWhite 2 used for?
What type of laser does the SnowWhite 2 use?
What materials can be processed with this system?
Does the printer support controlled atmosphere operation?
What makes the SnowWhite 2 suitable for research environments?
Got more questions? Use the RFQ form to ask the supplier directly.
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