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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.
One-stop solution: It can complete cutting operations such as drilling, cutting, locking, beveling, and marking in one go.
| Type | FH-1250 | ||
| Flange Width | 150-600mm | Web Width | 150-1250mm (Customized) |
| Cutting Thickness | ≤30mm | Laser Power | 12000W / 20000W / 30000W |
Automatically Loads and Unloads Materials
Adopts an assembly line approach to meet automation and intelligence needs.
Intelligent Bus System-Wiscut
5-axis linkage connects with 3D software like Tekla and AutoCAD. Replaces drilling, sawing, and milling equipment.
In China
In Asia
| Feature | Fiber Laser | Plasma |
|---|---|---|
| Environment | Generates less waste, minimal slag. Clean, precise cuts reduce post-processing. | Produces more waste, slag, dross, and fumes. Requires additional disposal measures. |
| Saving Power | Consumes less energy; laser source powering is highly efficient. | Higher energy consumption due to high-temperature ionized gas generation. |
| Finish | Superior edge quality, precision, and detail. Ideal for fine finishes. | Edge finish may not be as smooth, especially for thinner materials. |
| Cutting Kerf | Plasma cutting causes a wider kerf than laser cutting. | |
Widely used in professional equipment manufacturing industries such as steel structure, bridge, ship, electric power pylon, petroleum, chemical industry, and marine engineering.
Our facility focuses on high-power laser cutting machines, metal pipe laser cutters, H-beam cutting machines, welding machines, and laser cleaning systems. Equipped with advanced production facilities and precision manufacturing equipment, our professional team covers design, R&D, and manufacturing.
Equipment delivered to designated sites. Specialized engineers dispatched for on-site installation.
Comprehensive testing to ensure equipment operates properly and meets functional requirements.
Training on maintenance, safety, operating procedures, and basic troubleshooting.
Final on-site verification conducted by the customer before formal handover.
