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Product Introduction:
The laser beam processing line is an advanced technological product that integrates laser cutting, precision machinery, intelligent inspection, and three-dimensional five-axis CNC technology. In the field of steel structure processing, traditional manual and semi-automatic cutting methods are still commonly used, creating an urgent need for a high-efficiency, high-quality processing approach to enhance productivity and quality while reducing labor costs. ZhoXiang Laser is committed to delivering automated processing equipment with high efficiency, precision, and cost-effectiveness, aiming to replace outdated production methods characterized by high labor costs, low efficiency, and intricate processes. This shift in approach significantly contributes to boosting production efficiency and product quality for users. The product exhibits strong adaptability, is customizable, and finds extensive applications in H-beams, curved steel, channel steel, and more.
Parameter：
No. | Model | ZX-FCX50120 |
1 | Profile Steel Cutting Range | Height:150mm~800mm |
Width:250mm~1200mm | ||
Length≦ 26000mm | ||
2 | X-Axis Travel | 2000mm |
3 | Y-Axis Travel | 26000mm |
4 | Z-Axis Travel | 900mm |
5 | X/Y Axis Positioning Accuracy | ±0.25mm |
6 | X/Y Axis Repeatability | ±0.05mm |
7 | X/Y/Z Max Velocity | 30m/min |
8 | A-Axis Swing Angle | ±90° |
9 | B-Axis Swing Angle | ±90° |
10 | Max Acceleration | 0.2G |
11 | Phases | 3 |
12 | Power Specifications | 380V/50HZ |
13 | Overall Power Protection Level | IP54 |
14 | Laser Power | 12000w |
Features：
1.Equipped with a cutting process database, allowing configuration of corresponding process data based on different materials and sheet thicknesses.
2.Supports direct import of 3D models from software like Tekla and Solidworks, enabling direct drawing or editing of profiled steel cutting trajectories within the nesting software. No need for third-party software, enhancing setup and adjustment efficiency.
3.Applying laser measurement sensors for accurate measurements.
4.Considering significant deformation in profiled steel, using spatial coordinates as the basis for processing.
1.Dual Workstation Design: While Station A is cutting, Station B handles loading and unloading operations.
2.Automatic Material Alignment: Utilizing laser sensors to locate the axis of the profiled steel, enhancing precision, saving time, and optimizing space.
3.Flexible Processing: Capable of segmental processing or continuous full-length processing.
Application:
Finished product display:
