Compact Fiber Laser Cutting Machine, RJ-1309
Laser metal cutter for sheet metal processing
RJ-1309 compact fiber laser cutting machine is a custom-built metal cutting machine for processing metal sheet materials, with a working area of 1300×900mm. This sheet metal cutting machine can be extensively used for processing sheet metal parts, light fixtures, cooking utensils, decorative materials, machine enclosures, etc.
- Cutting area
- 1300×900mm
- Laser power
- 1000-2000W (optional)
- Positioning accuracy
- ±0.03mm
- Repositioning accuracy
- ±0.02mm
- Power supply
- AC 380V, 3-phase, 50/60Hz
- Moving speed
- ≤80m/min
- Cooling method
- water cooling
Carbon steel 1-16mm
Stainless steel 1-8mm
Stainless steel 1-8mm
Brass 1-6mm
Aluminum 1-8mm
Aluminum 1-8mm
Carbon steel 1-16mm
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Segmented Rectangular Tube Welded Bed
The machine body is welded using rectangular pipe with wall thickness of 6mm and total weight of 3,000kg, ensuring high strength and a 20 year service life without distortion.
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Aviation Aluminum Crossbeam
The crossbeam is made from aviation aluminum alloy that provides the laser cutting machine with good dynamic performance, significantly improving working efficiency while guaranteeing processing quality.
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Auto Focus Laser Cutting Head
The laser cutting head allows for automatically adjusting focus lens to an appropriate position by software. The internal structure of RayTools laser head is completely sealed to prevent optical parts from dust pollution.
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Raycus Laser Source
This laser source directly controls all types of fiber laser functions, realizing synchronous control of laser source. The control cabinet is individually placed.
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Chiller
The chiller features dual cooling functions, specifically for cooling laser source and laser head.
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IPAD Screen Design
Tempered glass panel design provides high definition effect and smooth operation.
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Newly Developed Laser Head Protective Cover
The laser head is guarded by protective cover which allows for clear observing of red light, good heat dissipation and minimal dust, efficiently avoiding cause the gas path inside the cutting head to burn.
