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Details
MT650H
• Tall-Part Integrated Printing
• Full-Frame Precision & Stability
• High-Z Build in a Compact Footprint
Build Dimension：650mm×650mm×1500mm（X×Y×Z）
Laser Type：500W×6
Materials：Titanium Alloy, Superalloy, Aluminum Alloy, Cobalt-Chromium Alloy, Stainless Steel, Die Steel, Copper Alloy, High-entropy Alloy, Refractory Metal, etc.
Application Area
Aerospace
Automobile
Small Batch Manufacturing
Nuclear Power
Petrochemical Industry
High Efficiency & Good Consistency
The size of the molding room is 650mm x 650mm x 1500mm, with a volume>630L, which can meet the manufacturing needs of large-sized and ultra-high parts;
Equipped with six standard lasers, the maximum molding speed can reach 150cm³/h;
Stable beam quality, long-term printing spot diameter fluctuation of ≤±5μm;
The dislocation in the overlapping area is ≤±0.1mm, with high consistency across the entire surface
Safe Operation & Easy Maintenance
Equipped with an automatic powder supply system, it can achieve powder circulation under inert gas protection
Dual-station compact layout:Combines forming station with powder cleaning & part removal station for a highly integrated, space-saving layout.
Open-source parameters & real-time monitoring:Laser power, scanning speed, etc. are fully adjustable, plus real‑time recording, output, and self-diagnosis.
Features
1. 1.5m Compact Ultra-High Shaft Forming
Z-axis net forming up to 1500mm Collaborative innovation within limited space
2. 6-Laser System
Ultra-high printing efficiency
Meets high-efficiency production needs
3. Efficient Circulating Filtration System
Flexible configuration, optional for long-term or three-level filtering
4. Open-source Parameters
Laser power, scanningspeed, etc. are open and adjustable
5. Innovative Powder Feeding Structure
Avoide malfunctions Convenient powder replacement and cleaning
6. Independent Airtight Powder Cleaning Bin
Independent air-tight system - safe & reliableHigh-efficiency circulating feeder - efficient & convenient
7. Real-time Monitoring
Real-time recording,output, self-diagnosis
8. Dual-Station Compact Layout
Forming station + powder cleaning & part removal station Highly integrated, meets intensive layout needs
Turbine Wheel (MT-GH3536)
Landing Gear (MT-Ti6Al4V)
MPC-Q100 Powder Cleaning Machine
MPS-JS100 Powder Collection Tank
MPS-BF100 Pump Powder Feeder
MSF-Z100 Powder Screening Machine
MPS-XH10 Integrated CirculatingPowder Path System
Technical Parameters
|
Materials |
Titanium Alloy, Superalloy.Auminum Aloy. Cobalt-Chromium Aloy.Stainless Steel, Die Steel, CopperAlloy. High-entropyAloy. Refractoy Meta, etc. |
|
Build Size |
650mmx650mmx1500mm (XxYxZ) |
|
Laser lype |
500Wx6 |
|
Scanning System |
High-Precision Scanning Galvanometer |
|
Focusing System |
F-theta Lens |
|
Beam Quality |
M2≤1.1 |
|
Beam Diameter |
80±4μm |
|
Max Scanning Speed |
7m/s |
|
Powder Bed Thickness |
20~100um |
|
Preheating Temperature |
RT+20~200°C |
|
Powder Laying Mechanism |
Single/Double Variable Speed |
|
Gas Support |
Ar/N2 |
|
Working Oxygen Content |
≤100ppm |
|
Building Efficiency |
150cm3/h |
|
Mainframe Dimension |
4900mmx3950mmx5100mm (LxWxH) |
|
Installation Dimension |
7900mmx6950mmx6500mm (LxWxH) |
|
Power Supply |
AC380V |
|
Power Consumption |
≤30kW |
|
Equipment Weight |
Around 16000kg |
