English
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TH-M400
4*500W
406mmx406mmx450mm
Titanium alloys, aluminum alloys, high-temperature alloys, stainless steel, high-strength steel, die steel
Tianhong high quality industrial metal 3d printer is an advanced manufacturing equipment that uses the latest 3D laser molding technology to quickly and efficiently print a variety of complex metal parts and components from metal materials. Compared to traditional metal processing methods, our 3D metal printer can significantly shorten the production cycle, save production costs, and reduce material waste at the same time.
» Large molding size:
· Molding chamber size up to 406mmx406mmx450mm, volume >70L;
· Self-developed process software optimizes the scanning pathand shortens the processing time;
· Support single laser, dual laser, four laser three different printingconfiguration options, molding speed up to 140cm³/h.
» High accuracy and performance:
· Metal printing density >99.5%, mechanical property fluctuation <5%;
· Z-axis scale closed-loop control progress of up to 5μm;
· Three-stage filtration, can realize the cartridge back-blowing clean ash can be optional permanent cartridge.
» High precision control key technology:
· Multi-beam seamless splicing, splicing area precisiondeviation ≤± 0.1mm;
· Adoption of high-precision scanning system, the movement ofthe equipment cylinder and powder spreading car is controlledby servo motor, with high precision movement;
· Algorithm correction software to ensure product precision.
» Safe and reliable:
· Good chamber airtightness, constant chamber pressure≤100ppm oxygen content during printing, smallfluctuation;
· Real-time monitoring of working environment and gassource status, safe and reliable.
Tianhong high quality industrial metal 3d printer supports a wide range of metal materials, including stainless steel, titanium alloy, aluminum alloy, and so on. These metal materials have excellent strength and corrosion resistance and are suitable for a variety of industrial applications such as automotive, consumer electronics, 3C semiconductors, aerospace, shoe molds, medical/dental, crafts and more.
Tianhong high quality industrial metal 3d printer is an advanced manufacturing equipment that uses the latest 3D laser molding technology to quickly and efficiently print a variety of complex metal parts and components from metal materials. Compared to traditional metal processing methods, our 3D metal printer can significantly shorten the production cycle, save production costs, and reduce material waste at the same time.
» Large molding size:
· Molding chamber size up to 406mmx406mmx450mm, volume >70L;
· Self-developed process software optimizes the scanning pathand shortens the processing time;
· Support single laser, dual laser, four laser three different printingconfiguration options, molding speed up to 140cm³/h.
» High accuracy and performance:
· Metal printing density >99.5%, mechanical property fluctuation <5%;
· Z-axis scale closed-loop control progress of up to 5μm;
· Three-stage filtration, can realize the cartridge back-blowing clean ash can be optional permanent cartridge.
» High precision control key technology:
· Multi-beam seamless splicing, splicing area precisiondeviation ≤± 0.1mm;
· Adoption of high-precision scanning system, the movement ofthe equipment cylinder and powder spreading car is controlledby servo motor, with high precision movement;
· Algorithm correction software to ensure product precision.
» Safe and reliable:
· Good chamber airtightness, constant chamber pressure≤100ppm oxygen content during printing, smallfluctuation;
· Real-time monitoring of working environment and gassource status, safe and reliable.
Tianhong high quality industrial metal 3d printer supports a wide range of metal materials, including stainless steel, titanium alloy, aluminum alloy, and so on. These metal materials have excellent strength and corrosion resistance and are suitable for a variety of industrial applications such as automotive, consumer electronics, 3C semiconductors, aerospace, shoe molds, medical/dental, crafts and more.
