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Datum Machine
Datum Machine
The FH-1250 intelligent laser cutting production line for steel structures is suitable for the steel structure processing industry. It is a three-dimensional laser specialized cutting machine mainly used for the processing of large-sized H beam, U channel, and I-beam. It can complete cutting operations such as drilling, cutting, locking, beveling, and marking in one go.
| Parameter | Details |
|---|---|
| Type | FH-1250 |
| Flange Width | 150-600mm |
| Web Width | 150-1250mm |
| Cutting Thickness | ≤30mm |
| Laser Power | 12000W / 20000W / 30000W |
The horizontal conveyor accommodates multiple workpieces and transports them sequentially. The CNC feeding trolley clamp automatically secures the workpiece for fast and accurate feeding, identifying dimensions to solve errors caused by material deformation.
| Feature | Laser Cutting | Plasma Cutting |
|---|---|---|
| Environment | Minimal slag and dross; clean, precise cuts reducing waste. | Produces more slag, dross, and fumes; requires more cleanup. |
| Saving Power | Higher efficiency laser source; consumes less energy overall. | High energy required to maintain ionized gas plasma. |
| Finish | Superior edge quality and detail; ideal for fine finishes. | Quality cuts, but edges are less smooth, especially on thin materials. |
| Cutting Kerf | Narrow kerf, high precision. | Wider kerf compared to laser. |
Widely used in professional industries such as steel structures, bridges, ships, electric power pylons, petroleum, chemical industry, and marine engineering.
We focus on high-power laser cutting machines, metal pipe laser cutters, H-beam cutting machines, welding machines, and laser cleaning systems. Our facility is equipped with advanced production facilities and precision manufacturing equipment, supported by a professional team covering R&D and manufacturing. We guarantee every machine meets international standards and satisfies global processing requirements.
Equipment is delivered to the customer's facility, and specialized engineers are dispatched to carry out on-site installation.
Comprehensive testing ensures equipment operates properly and meets all functional requirements.
Training covers maintenance, safety, operating procedures, and troubleshooting to ensure effective team operation.
Final on-site acceptance is conducted by the customer before the engineer concludes the site visit.
