Product features:
1. Dental medical dedicated open parameters;
2. Fast molding rate, up to 120 teeth per 5 hours;
3. Optional flexible or rigid scraper system;
4. Remote cloud platform and APP monitoring;
4. Compact in size, highly integrated, and ea
Product application:
Suitable for medical, dental, jewelry, scientific research, teaching and other applications.
Dental Medicine:
3D printing is currently most widely used in two major fields of healthcare:
(1) The manufacturing of personalized prostheses can be used in orthopedics, dentistry, plastic surgery, etc;
(2) Medical device products with complex structures and difficult to process, including implants and non-implants such as porous hip joints, medical models simulating human organs, dentures, scaffolds, etc.
Product parameters:
Suitable for medical, dental, jewelry, scientific research, teaching and other applications.
Dental Medicine:
3D printing is currently most widely used in two major fields of healthcare:
(1) The manufacturing of personalized prostheses can be used in orthopedics, dentistry, plastic surgery, etc;
(2) Medical device products with complex structures and difficult to process, including implants and non-implants such as porous hip joints, medical models simulating human organs, dentures, scaffolds, etc.
Product parameters:
Equipment size | 1000mm X 1000mm X 1900mm |
Maximum molding size | 100mm X 100mm X 100mm |
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 supply method | Downward powder delivery |
Gas protection | Nitrogen/Argon |
Software | Magics+BP/Hans M Path |
Weight of equipment (without accessories) | <1000kg |
Power supply/power consumption | 200V±10%, 55A/12KW |
Applicable materials | stainless steel, mold steel, cobalt based alloys, high-temperature alloys, titanium alloys, aluminum alloys, etc |
Sample