Coil Laser Cutting Machine For 0.6-3mm Aluminum
This is a blanking line special for AL sheet coil. Combining decoiling, leveling, feeding and cutting together, this machine has developed into a one-stop production line from mere cutting and a sharp weapon to cut thin sheet coils.
6 [kW] Laser power
3000*1500 [mm] Working area
0.6-3 [mm] Thickness of coiled sheet
10 [T] Max weight of sheet coil
TUV-CE Certified
Competitive Strengths
Performance Benefits
- An expert to cut AL sheet coil
The line is outfitted with new-style laser generator featuring multi-stage safety and high-reflectivity protection modules. Accordingly, AL and other high-reflectivity materials will witness much less laser reflection, but more laser absorptivity. Fit for AL and other non-ferrous metals
- Need less costs of purchase
* Compared with punching and other traditional laser cutting modes, it can raise its material utilization rate by 5-10%
* With this machine, users prefer sheet coils to cut-to-length steel plates, enabling flexible clipping and much less costs of purchase because of their large price spread
- Cutting-edge processes
* Content-rich process package for lightning-fast cutting with mirror-like surface
* Stepless speed regulation keeps sheet (between decoiling and leveling) suspended, preparing for stress relief
* Utilize our patented rapid stress relief technology, which not only levels the sheet but also relieves internal stress, making the sheet flatter
* With ultra-high-precision positioning correction technology, its guide rollers are asked to correct sheets in real time, so as to avoid any offset and enable accurate positioning & high cutting precision
Mechanical Benefits
- User-friendly Design
* The laser cutting machine is designed as full-enclosed to prevent smoke diffusion and worker intrusion by mistake
* As for smoke exhaust system, dust will be collected by blowing and sucking
- Automatic assembly line
This assembly line is fully automatic, with no manual intervention from automatic loading, decoiling, leveling, feeding, cutting to unloading device. 30% faster than before at least and realize 0 waste as much as possible
- High-standard machine tool
Keep machine tool indeformable and unbroken at high temperature even after long-time use because of going through 7 standard processes like high annealing and aging treatment
- Protect both man and machine
* There are more than one set of safety monitoring systems. Its whole process is clear at a glance. If abnormal, alarm will be given in time to prevent unforeseen shutdown
* Adopt protective measures to avoid misoperation and users may cut off the power at full speed in case of emergency
* Electrical system has high capacity of resisting disturbance and automatic diagnosis to find the cause of failure quickly
Control System Benefits
Our self-developed intelligent system can correlate process parameters to sheet coil (such as thickness) in its database, so that this production line may adapt to material change quickly and make its control fully digital and automatic.
- Follow-up control
Adjust follow-up height from cutting head to sheet automatically to eliminate the impact on cutting effects of uneven sheets
- Lightning-fast piercing
Pierce at top speed and enhance efficiency especially when cutting thin sheet
- Recut from break point
Remember the cutting position after power outage, start recut from break point once power recover, thus avoiding material waste
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Technical Parameters
| Main Parameters | Model | |
| SF1503CLH | ||
| Decoiling and Leveling Unit | Size of Sheet Coil (L*W, mm) | 3000*1500 |
| Thickness of Sheet Coil (mm) | 0.6-3 | |
| Standard inner diameter of sheet coil (mm) | Φ508 | |
| Max outer diameter of sheet coil (mm) | Φ1400 | |
| Weight of Sheet Coil (T) | 10 | |
| Max Feeding Speed (m/min) | 10 | |
| Leveling Accuracy (mm/m²) | ±1.5 | |
| Laser Cutting Machine | Laser Power (kW) | 6 |
| X/Y-axis Positioning Accuracy (mm/m) | ±0.05 | |
| X/Y-axis Repositioning Accuracy (mm) | ±0.02 | |
| Power Supply | Three-phase 380V, 50Hz/60Hz (custom-made) | |
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1. Conveying flat belt receiver
Work with laser cutting machine to convey finished products to pick-up position
2. Film lamination
Filming after decoiling, in order to protect nonferrous metals and prevent bubble during transport
3. Safety grating
Protect both man and machine by warding off accidents
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What is laser cutter and how does it work?
After technical and functional upgrades, this model boasts rich functions and stable performance, providing customers with fast and high-quality cutting of medium-thin sheets.
The moving motor uses the latest locking structure to make sure of perfect dynamic performance during high-speed movement, so that the machine can cut into various shapes while meeting precision requirements.
What materials are suitable for cutting with a laser cutter?
After technical and functional upgrades, this model boasts rich functions and stable performance, providing customers with fast and high-quality cutting of medium-thin sheets.
The moving motor uses the latest locking structure to make sure of perfect dynamic performance during high-speed movement, so that the machine can cut into various shapes while meeting precision requirements.
How should a customer choose a laser cutter that exactly meets his needs?
After technical and functional upgrades, this model boasts rich functions and stable performance, providing customers with fast and high-quality cutting of medium-thin sheets.
The moving motor uses the latest locking structure to make sure of perfect dynamic performance during high-speed movement, so that the machine can cut into various shapes while meeting precision requirements.
What is the cutting capability of lasers of different powers?
The power of a fiber laser directly impacts its cutting capabilities. Fiber lasers with different power levels are suitable for various material thicknesses and types. The following article provides an overview of the cutting capabilities for the main power ranges: Cutting Capacity and Speed of 1.5kW-80kW Fiber Lasers
What should you pay attention to while maintaining a laser cutter?
Laser cutter can cut a wide range of materials, incl. stainless steel, carbon steel, alloy steel, silicon steel, aluminum, aluminum alloy, galvanized sheet, aluminum-zinc plate, pickled sheet, titanium, and other metal sheets. They can be applied in most metalworking industries, such as sheet metal working, kitchenware, aerospace, electrical cabinet, household kitchenware, automotive parts, construction and agricultural machinery, and more.
What advantages does a laser cutter have compared to other traditional cutting modes?
Laser cutting replaces traditional mechanical blades with an invisible beam of laser, offering high precision, fast cutting, no limitation on cutting patterns, automatic nesting to save materials, smooth cut edges and low operating costs. It is gradually improving or replacing traditional metal cutting processes.
* The mechanical parts of laser cutting head don’t contact workpiece, preventing surface scratches during operation.
* Laser cutting is fast, with smooth and flat edges that typically require no further processing.
* The heat-affected zone is small, resulting in minimal deformation of sheet and narrow cutting seams (0.1-0.3mm).
* Cuts have no mechanical stress nor shear burrs.
* High cutting precision and good repeatability without damaging the material surface.
* CNC programming allows for the processing of any flat pattern and the cutting of large entire sheet without the need for molds, saving both time and costs.
What is the warranty period of laser cutter?
The complete machine is under 2-year warranty. Its main accessories and consumables will be replaced depending on their specific service life. We also provide original accessories for global users, with quotes available within 24h and delivery within 3-7 working days. The change of these accessories will be given priority to our nearby subsidiaries or local service centers.
Does laser tube cutting machine have auto-correction function?
Yes. Our machines are usually equipped with advanced CNC systems that use capacitance centering to measure tube’s actual size and automatically calibrate to align the tube profile with its model. It also features real-time compensation for tube deviation, reducing requirements for tube clamping and improving the tube piercing accuracy.