Heavy-duty H Beam Laser Cutting Machine SF1500CH
SF1500CH is designed to solve the high-precision cutting challenges of complex structural steel. With double semi-enclosed work stations, it fits to cut ultra-long H beam and needs relatively large workshop as a large heavy machinery.
28000*3000 [mm] Working area
35-50 [mm] Max sheet thickness
50 [m/min] Max no-load speed
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Technical Parameters
| Main Parameters | Model |
| SF1500CH | |
| Laser Power (kW) | 12-30 |
| Working Area (L*W, mm) | 28000*3000 |
| Max width of H beam (web, mm) | 1200 |
| Max height of H beam (flange slab, mm) | 500 |
| Max thickness | ≤50mm (straight cutting) ≤35mm (flange slab beveling) |
| X/Y-axis Positioning Accuracy (mm) | ±0.1 |
| X/Y-axis Repositioning Accuracy (mm) | ±0.05 |
| Max No-load Speed (m/min) | 50 |
| Overall Dimensions (L*W*H, mm) | 35670*5900*3030 |
| Power Supply | Three-phase 380V, 50Hz/60Hz (custom-made) |
Automation
Optional Benefits
1. H beam supporting table
2 tables in total, one for cutting and the other for loading & unloading (two 12m long H beam in the meantime)
2. Sheet cutting table
2 tables in total, one for cutting and the other for loading & unloading (multiple sheets within working area in the meantime)
3. H beam+sheet cutting table
One for cutting H beam and the other for cutting sheets by turns, with no mutual interference
What is laser cutter and how does it work?
A laser cutter uses laser as heat source and can be classified as sheet cutting and tube cutting. This includes sheet laser cutter, tube laser cutter and sheet & tube combo, making it one of the most advanced metal processing equipment available today.
The laser cutter utilizes the high-density laser beam to convert laser energy into thermal energy, causing localized heating, melting or even vaporization of materials. The melted or vaporized material is then blown away by using gas flow or other methods to achieve cutting.
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
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