Suitable for universities, colleges, research institutions, and other organizations.
Ordering EquipmentHigh density:
The printed parts have a density of up to 99%, and their mechanical properties are superior to castings.
Shortened cycle:
It has an absolute advantage in small batches and customization, and can reduce time costs by over 60%.
Innovative design:
Design ideas are not limited by traditional manufacturing processes, making personalized design and manufacturing easy.
Environmental protection and recycling:
It can print on worn parts to repair worn areas and reuse waste parts.
Reliability:
Processing in inert gas environment ensures that active metals are not oxidized and is safe and reliable.
Uniqueness:
Different materials can be printed into a single sample, and a gradual change in their composition ratio can be achieved.
Project Name | Parameters and Descriptions |
Maximum Forming Size | 400mm*400mm*400mm |
X/Y/Z-Axis Positioning Accuracy | 0.05mm |
Repeated Positioning Accuracy | 0.03mm |
Clean-up System | Air-washing & Filtration Cycle |
Maximum PositioningSpeed | 5m/min |
Control System | NC300 |
Oxygen and Water Content | ≤50ppm |
Laser Type | Fiber Laser / Blue Laser |
Laser Power | 1KW/2KW |
Supporting Materials | Titanium alloy, aluminum alloy, nickel-based alloy, iron-based alloy, tool steel, stainless steel, copper alloy, low-alloy steel... |