Ultra-large Format Laser & Flame Hybrid Cutting Machine
This hybrid machine combines laser and flame cutting for fast, precise cutting of 1.57 - 7.87 inch carbon steel plates with low energy use.
Comes With?
⇲ High-end intelligent bus-based CNC system
⇲ Special ground-rack bed together with aerospace-grade AL beam
⇲ Smart follow-up blow-suction dust extraction system
⇲ Available in 208V/240V/480V/600V, 3-phase, 60Hz.
With an optional transformer, the machine can be adapted to meet various U.S. industrial power supply requirements.
Product Certification
FDA Certification
SUPERIOR PRODUCTS
2-YEAR WARRANTY
30 DAY MONEY BACK
GUARANTEE
LIVE USA
24/7/365 TECHNICAL SUPPORT
Laser & Flame Hybrid, Built for Medium-to-thick Carbon Steel Plate (≥1.57 in)
This hybrid method addresses limitations of standalone laser cutting, which struggles with very thick plate and comes with high operating costs, while overcoming drawbacks of flame cutting, such as slow speed on medium-to-thin plate, difficulty piercing, and low automation. It’s a solid fit for heavy equipment, shipbuilding, power tower, and similar industries.
Laser Power
20kW
Plate Thickness
0.04" - 7.87"
Working Area
472" * 118"
Bevel Cutting
±45°
Do Well in Thick-plate Piercing
No preheating or bench drilling required. Piercing speed is over 5 times faster, with a piercing time of ≤15s for ultra-thick plate up to 7.87 inch. The min. hole diameter can be as small as one-quarter of plate thickness. Automatic slag removal after piercing will leave a clean surface, avoiding the need for secondary grinding.
High-end Cutting Head for ±45° Multi-shaped Bevels
The high-power laser cutting head works with five-axis 3D bus-based control system to break traditional limitations to deliver ±45° V-, X-, Y-, or K-shaped bevels.
Graphite Plates Featuring Burn Protection
The machine bed is covered with graphite plates that resist high temperature, block laser penetration and stand up to molten slags. This protects the platform and bed from destroy, prolonging the machine’s service life.
Efficient Fume Extraction with Follow-up Blow-suction Design
Blowers mounted on the gantry direct fumes towards the opposite suction inlet. With extraction units installed along one side, the system automatically opens or closes suction inlets based on beam position, boosting fume extraction rate.
Lower Equipment Costs and Energy Consumption
This model can cut ultra-thick plate up to 7.87 inch, which is deemed as a job that would typically need 80kW laser. That cuts initial equipment costs by roughly 60%, along with associated upkeep expenses. In case of hybrid mode, when compared to standard laser cutting, laser output drops to just 4kW, saving over 35% in energy and reducing costs per cut by about 40%.
- Automatic Ignition
- Perpendicularity Compensation
- Fast Switch Between Two Modes
Technical Parameters
| Parameter | SF12030TXP |
| Laser Power (kW) | 20 |
| Working Area (Straight Cutting) | 472.4 × 118.1 in |
| Working Area (Bevel Cutting) | 448.8 × 78.7 in |
| X/Y-axis Positioning Accuracy | ±0.00001 in |
| X/Y-axis Repositioning Accuracy | ±0.00196 in |
| Max. No-load Speed | 328.0 ft/min |
| Max. Acceleration (G) | 0.8 |
| Max. Load of Platform | 62355.3 lbs |
| Overall Dimensions (L×W×H) | 51 |
| Power Supply | 380V, 3-phase, 50Hz/60Hz. (Standard configuration) Available in 208V/240V/480V/600V, 3-phase, 60Hz. Single-phase power is not supported. |
Cutting Capacity
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