Double support design, load-bearing separation
The transmission and plate bearing separation system reduces overweight loads and avoids bed deformation.
Stronger bed frame, stable performance
The bending stiffness is increased by 50%, the traction is increased by 80%, and the performance is more stable.
Industry's first modular design for workbenches
The deformation or even scrapping of the workbench in this area is due to modular design that breaks it down into smaller parts,
Only regional workbench replacement can be carried out to minimize replacement costs.
Environmental dust removal
Dust removal system, smooth smoke exhaust and dust removal, high dust removal efficiency, and stable equipment performance.
Safety first choice
Implement door opening protection, visual protection, motor torque detection protection, etc.
Adaptive multi angle placement
Flexible on-site assembly, unrestricted by site limitations, avoiding dangerous operations such as wall dismantling.
Industry exclusive double-sided control panel
Important components, performance guarantee
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Fully automatic butter injection system | Gas source pressure monitoring device and electrical proportional valve |
More suitable for lubrication of rack and pinion guide rails, and less prone to corrosion of dust covers
To prevent the slider from getting stuck, the transmission system from wearing out, and the motion accuracy from decreasing |
When the gas is exhausted, the machine will sound an alarm and stop
Effectively prevent machine malfunctions and even fires caused by insufficient air pressure |
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Fiber optic dedicated high-speed segmentation drag chain and cable |
dust cover |
Prevent high-speed operation from breaking and spinning
Prevent strong and weak electromagnetic interference |
Triple protection - fire prevention, oil prevention, dust prevention
Effectively extend the lifespan of guide rails and screws |
Technical Parameter
Width code | 4020 | 6020 | 6025 | 8025 |
Maximum material width (mm) | 4000*2000 | 6000*2000 | 6000*2500 | 8000*2500 |
X-axis working stroke (mm) | 2050 | 2050 | 2550 | 2550 |
Y-axis working stroke (mm) | 4050 | 6050 | 6050 | 8050 |
Z-axis working stroke (mm) | 290 | 290 | 290 | 290 |
X/Y axis positioning accuracy | ≤0.03mm/m | |||
X/Y axis repeat positioning accuracy | ≤0.02mm | |||
Maximum comprehensive positioning speed | 140m/min | |||
Maximum acceleration | 2.1G | |||
slit width | 0.1-0.5mm (measured values below 3mm thickness) | |||
Slit roughness | Ra3.2-Ra25.4 (measured values below 3mm thickness) | |||
Maximum cutting thickness range | Reference Process Parameter Table | |||
Minimum setting unit | 0.001mm | |||
Machine tool coverage area (mm) | 12000×5500 | 16000*5500 | 16000*6000 | 21000*5000 |
Host volume (mm) | 15300*4200*2500 | 15300*3500*2200 | 15300*4000*2200 | 19500*4000*2000 |
Numerical Control System | CypCut(8000 Bus) | |||
monitor | 27″LCD | |||
drive mode | Rack dual drive | |||
Maximum Load Capacity of Workbench (T) | 2.5 | 3.8 | 4.7 | 6.2 |
Machine weight (T) | 10 | 12 | 13 | 16 |
Total installed power consumption (approximately) | Laser power: 8000W | 80KW | ||
Laser power: 10000W | 100kW | |||
Laser power: 12000W | 120kW | |||
Laser power: 15000W | 150kW | |||
Power requirements | Voltage 380V, frequency 50hz, 3 poles, power supply mode is 3-phase 5-wire system | |||
Total power protection level | IP54 |