Laser Source | Single Fiber Laser |
Output Power of Single Laser | ≤500W |
Laser Wavelength | 1.064μm |
Scanning Speed | ≤14000mm/s |
Melting Area | φ150mm X 220mm |
Layer Thickness | 20-50 μm |
Protective Gas | Nitrogen / Argon |
Productivity | Prints 200 metal crowns or 17 frameworks in 4.5 hours |
Power Supply | 3KW 220V |
Printer Weight | 500kg |
Printer Dimensions | 790mmx1010mmx1670mm |
Melting Materials | CoCr Alloy / Ti Alloy |
Environment Request | Temp 15 ℃-35℃, Humidity≤95%, No vibration |
The overall size significantly reduced
Occupies only about 0.8m²
Adapts flexibly to space and site limitations
Helps optimize space utilization
Optimized powder spreading process
Added features such as segmented variable speed, dual-cylinder lifting, and pre-powder spreading
Prints 200 metal crowns or 17 frameworks in just 4.5 hours
Efficiency increases by at least 30% compared to similar equipment
Optimized performance of the forming chamber
Adjustable optical path system
Spot compensation technology and multi-pass contour outlining technology
Island scanning strategy and regional filling technology
Multiple support composite structure technology
Together maintain the precision and quality of printed products
Hidden sealed structure design for moving parts
Separation of the equipment's circuitry from the powder forming section
Ensures long-term operational stability
Extends the equipment's lifespan
Automated deoxidation logic strategy + dual gas supply system
Reduces gas consumption
Eliminates the waiting time for equipment to refill with gas
Supports printing with various metal powders
Including Stainless Steel, CoCr Alloy, Ti Alloy, etc.
Dual Fiber Laser
Compact Size
Equipped with Both Efficiency & Precision
Automatic Inflation and Deoxidization
Adaptation to Multiple Metal Material Printing
Compact Size
Equipped with Both Efficiency & Precision
Automatic Inflation and Deoxidization
Two Modes of Powder Printing
Independent Circulation Pipes
Time-Saving and Handy Mode Switch
Equipped with Both Efficiency & Precision
Automatic Inflation and Deoxidization
Matched Full-Process Production Equipment and Software
Collaboration of Additive and Subtractive Manufacturing, More Efficient in Mass Production
Equipped with Dedicated Manufacturing Database and Fixtures, Ensure the Workpieces’ Precision
Wide Processing Adaptability
Support Secondary Milling and Processing of Workpieces
Reduce the Cost of Materials
Riton 3D Printer Products
Leave a Message
