Forming size(LWH) :160*160*160mm
Printing accuracy :±0.05mm
Layer thickness :0.02-0.05mm
Laser wavelength:1060-1080nm
Laser power:≥500W*1pc
Substrate fixation method: Magnetic suction fixation
Power spreading method:Up to down
Scraper Type:Flexible scraper
Cooling method:Water-cooling
Laser wavelength:1060-1080nm
Average Power:1.5Kw
Forming size(LWH) :160*160*160mm
Printing accuracy :±0.05mm
Layer thickness :0.02-0.05mm
Laser wavelength:1060-1080nm
Laser power:≥500W*1pc
Substrate fixation method: Magnetic suction fixation
Power spreading method:Up to down
Scraper Type:Flexible scraper
Cooling method:Water-cooling
Laser wavelength:1060-1080nm
Average Power:1.5Kw
Processing parameters
Scan speed:7m/s
Spot diameter:50-80μm
Operating temperature:25±3°C
Inert gas:Nitrogen or Argon
Thickness of powder layer:0.03mm
Printable materials:Cobalt chromium alloy, titanium alloy, aluminum alloy, stainless steel, bronze, high temperature alloy
Powder feeding method:Powder feeding under single cylinder
Minimum oxygen contect:0.1%
Support interface type:RS232/RS486, Ethernet, USB, Canopen
Human-machine interaction equipment:PC
Operating system:WindowsXP
Automatically set and monitor alarms:Support
Filter core life:50000 hours
Application field
Jewelry Medical treatment Education Industry Aerospace
Machine characteristics
1.Technology type: selective laser metal sintering molding, layered manufacturing
2.The equipment frame is designed with aluminum profile, sheet metal is integrally formed, the appearance is smooth, and the internal structure is controlled by layers to ensure the stability of the equipment
3.The industrial computer is equipped with Schneider Electric, SMC components, PLC control, and brand components to ensure the quality of the equipment and meet the requirements of CE certification
4.Scanning system: imported high-speed galvanometer; laser power, scanning speed, contour scanning parameters, model scanning parameters can be set. The forming chamber has a substrate preheating function, which can preheat the substrate before the equipment is printed; the equipment control software system is independently developed and has independent intellectual property rights. The process control ability can be fully controlled. Different feature areas match different sintering process parameters, and the process parameters are comprehensive It is open and has the ability to develop different materials and processes; it has the function of interrupting subsequent printing.
5.The equipment is equipped with a safety lock to ensure the safety of the operator
6.After the equipment emergency stop button is triggered, the laser and each axis immediately stop running
7.The device has an alarm light, which displays the status of the device in real time
Accessory equipment
Necessary
External dust collector, 1 set
Parameters: external device is required and matched with the host; double filter cartridge structure; use APP
explosion-proof motor
Optional
1.Explosion-proof vacuum cleaner; adopts international brands and has relevant certifications Parameters: Dust bucket volume: 7L or above; Protection class: 64 IP; Insulation class: F Class
2. Sandblasting machine, 1 set;
3. Vibrating screen, 1 set; Parameters: power supply: 220V;
4. Air compressor, 1 set;
Parameters: Exhaust volume≥1.0m³/min; Exhaust pressure≥0.7Mpa; Motor power≥7 KW;
5. Nitrogen generator, 1 set;
Parameters: Nitrogen purity: ≥99.9%; Gas output: 5Nm³/h;
6. Wire cutting equipment/small sawing machine;
7. Heat treatment furnace a, 3D printing Maofu furnace annealing; b, vacuum annealing furnace; c, 3D printing vacuum rapid annealing furnace (titanium alloy)
One-key synthesis in the working process, automatic control of heating system, automatic control of heat preservation system, automatic control of delay system
8. Drying box
9. Sandblasting machine
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