Product Features:
1. Open medical, dental special parameter package;
2. Optional flexible or rigid scraper system;
3. Small size, high integration, easy to operate;
4. Remote cloud platform and APP monitoring;
5. Small size, high integration, easy to operate.
Medical: The most widely used 3D printing in medical treatment currently includes two major fields:
(1) The manufacture of personalized prostheses, which can be used in orthopedics, dentistry, plastic surgery, etc.
(2) Complex structure and difficult to process medical equipment products, including implants and non-implants, such as porous structure of hip joints, medical models simulating human organs and other dentures, scaffolds, etc.
Product parameters:
Equipment size: | 1100mm X 800mm X 1900mm |
Maximum molding size: | 150mm X 150mm x 120mm |
Molding accuracy: | ±0.05mm |
Laser power: | 500W |
Beam quality: | M² < 1.1 |
Laser wavelength: | 1060nm ~ 1080nm |
Spot diameter: | ≦50μm |
Powder layer thickness: | 20μm ~ 100μm |
Optical components: | F-theta-lens, scanning galvanometer |
Scanning speed: | ≦10m/s |
Oxygen content: | ≤100ppm |
Powder feeding method: | downward feeding powder |
Gas protection: | nitrogen/argon |
Software: | Magics+BP/Hans M Path |
Power supply/Power consumption: | 200V±10%, 55A/≤12KW |
Applicable materials: | stainless steel, die steel, cobalt-based alloy, superalloy, titanium alloy, aluminum alloy, etc |
