H-shaped Steel 3D Five-axis Dedicated Laser Marking Machine
Leveraging the company's self-developed 3D five-axis core technology, it effectively replaces the traditional manual riveter scribing process, greatly improving scribing efficiency and precision while reducing production cost in steel-structure and other industries. Supports direct TEKLA model import, automatically generating scribing paths; continuous batch operation requires no workpiece flipping throughout, significantly reducing error rates.
Built on the company's self-developed core technology and validated by numerous leading steel-structure enterprises
Efficiently replaces ruler-and-scriber manual scribing; precision and consistency leap forward.
Models imported directly, scribing paths auto-generated—no redrawing required.
Efficiency approx. 5× manual, continuous batch operation with no flipping.
No workpiece turning needed; scribing/marking all four sides in one pass.
No manual intervention throughout, significantly reducing error rates.
With processing statistics and remote status viewing, enabling the digital workshop.
From core structure to machining flow—integrated, efficient forming.
3D modeling software models imported directly, scribing paths auto-generated—no redrawing.
Automatically recognizes workpiece position and posture—no manual tool-setting or alignment.
No workpiece turning needed; scribing/marking all four sides in one pass.
Dual-station alternating operation, no manual intervention throughout—significantly reducing error rates.
For the same production task, the laser solution clearly outperforms in precision, efficiency, and cost.
| Dimension | Manual riveter scribing | ★ Laser scribing |
|---|---|---|
| Scribing efficiency | ≈1× | ≈5× |
| Cost per ton | 97 RMB / ton | 12.5 RMB / ton |
| Error rate | Human error | Low error |
| Flipping | Repeated flipping | No flipping |
| Staff / capacity | 7 staff · 700 t/month | 2 staff · 2000 t/month |
A real-workflow record from machine loading to finished product.
Standard configuration; specifications customizable on demand.
| Technical Parameter | Specification / Index |
|---|---|
| Scribing format (L×W) | 27000 × 3500 mm |
| X-axis travel | ≥27000 mm |
| Y-axis travel | ≥3600 mm |
| Z-axis travel | 1450 mm |
| Max web scribing width | 1000 mm |
| Max flange scribing height | 1000 mm |
| Max box-column scribing edge length | 1000 mm |
| Max scribing length | 26000 mm |
| X/Y positioning precision | ±0.5 mm/m |
| X-Y max composite speed | 50 m/min |
| Composite acceleration | 0.5 G |
※ Economic benefit: manual riveter scribing 7 staff / 700 tons per month / 97 RMB per ton; laser scribing 2 staff / 2000 tons per month / 12.5 RMB per ton. Above is subject to actual processing conditions.
Real conditions · Full-process record · From equipment to finished-product delivery
High-tech enterprise · SRUI SME · Participated in industry standard compilation
High-quality laser applications covering the entire steel-structure processing chain
Get detailed specifications, quotation, and an on-site test-cut invitation for the H-section 3D Five-Axis Dedicated Laser Marking Machine—our engineers will serve you promptly.
Note: Performance data stated on this website—such as efficiency gains, cutting/marking precision, cost-reduction ratios, lens reflectivity, and weld pass rates—are based on internal tests under typical operating conditions and measurements from customer production lines. Actual results may vary with material, thickness, process, and on-site environment. Specific indicators are subject to the actual equipment configuration and the technical agreement.