Single Optical Path Double Gantry H-beam / Flat Laser Cutting Production Line
Adopting a pioneering single optical path with dual-gantry design, one laser optical system simultaneously drives the 3D five-axis cutting gantry and a dedicated flat cutting gantry. H-section and flat gantries switch rapidly, giving the equipment both professional H-section cutting and professional plate cutting capability—saving floor space, reducing operators, and effectively coping with fluctuations in order demand.
Built on the company's self-developed core technology and validated by numerous leading steel-structure enterprises
One laser optical system drives two gantries; H-section / flat gantry switches rapidly.
3D five-axis cutting gantry; H-section bevels, hole cutting, and truncation formed in one pass.
Dedicated flat cutting gantry for high-precision cutting of large-format medium-thick plate.
One machine replaces two lines—less floor space, fewer operators, lower fixed investment.
When business fluctuates between H-section / plate, capacity switches rapidly with no idle time.
High-reliability structural design supports continuous high-efficiency production.
From core structure to machining flow—integrated, efficient forming.
One laser optical system simultaneously drives the 3D five-axis cutting gantry and the dedicated flat cutting gantry—shared resources, better cost.
3D five-axis cutting gantry; H-section bevels, hole cutting, and truncation formed in one pass, A/B axes ±90°.
Dedicated flat cutting gantry for high-precision cutting of 26000×3000mm medium-thick plate.
H-section / flat gantry flexibly switched by order—no idle time during fluctuations.
For the same production task, the laser solution clearly outperforms in precision, efficiency, and cost.
| Dimension | Traditional flame / plasma | ★ Laser cutting |
|---|---|---|
| Cutting precision | ±1–2 mm | ±0.1 mm |
| Thermal deformation | Large, needs leveling | Small, almost no deformation |
| Material utilization | Wide kerf, high loss | Narrow kerf, 5–8% material saved |
| Post-processing | Needs grinding / secondary processing | No grinding, smooth cross-section |
| Medium-thick plate efficiency | Low | High (approx. 3×+) |
A real-workflow record from machine loading to finished product.
Typical configuration (same core technology platform as the 4th-Gen), specifications customizable by workshop needs.
| Technical Parameter | Specification / Index |
|---|---|
| Laser power | 12 / 20 / 30 / 40 KW (optional) |
| H-section cutting range | H≤500 · B≤1200 · L≤12000mm×2 |
| Plate cutting format | 26000 × 3000 mm |
| A / B rotary axes | ±90° |
| Bevel cutting angle | ≤45° |
| Positioning precision | ≤0.1 mm |
| Structure type | Single optical path + 3D five-axis gantry + flat gantry |
| Switching method | Rapid H-section / flat gantry switching |
※ This production line shares the core optical path and control system with the 4th-Gen H-Section 3D Five-Axis Cutting Line, and can flexibly configure dual-gantry capacity according to the H-section / plate business ratio.
Real conditions · Full-process record · From equipment to finished-product delivery
Core team with 16 years deep expertise in laser intelligent manufacturing · Independent intellectual property rights
High-quality laser applications covering the entire steel-structure processing chain
Get detailed specifications, quotation, and an on-site test-cut invitation for the Single-Beam Dual-Gantry H-beam/Plate Dedicated Laser Cutting Line—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.