Price range: $188,700.00 through $444,800.00
The machine adopts a rotary laser cutting structure optimized for large tubes and steel profiles. This design improves stability during rotation, supports complex structural sections, and helps maintain precise cutting performance when processing heavy H-beams, I-beams, channel steel, and similar workpieces.
The 3D laser cutting head works with a capacitive non-contact automatic tracking system to adjust focus in real time. It maintains smooth and accurate cutting seams even when the material surface is uneven, supports a minimum cutting gap of about 0.2 mm, and improves finished-part yield by reducing the influence of surface irregularities.
The machine can be configured with a first-class fiber laser source from major brands such as Maxphotonics or Raycus. It delivers stable high-power output, excellent beam quality, high electro-optical efficiency, reliable long-term operation, and the energy needed for demanding structural steel cutting tasks.
The open-frame machine structure uses a precision-machined beam and bed to provide high rigidity, vibration resistance, and long-term dimensional stability. The self-manufactured L-type bed is welded from high-quality steel, heat-treated, aged, and precision-milled to support continuous industrial production with dependable accuracy.
The machine uses an AC servo drive system with rack-and-pinion transmission, imported precision-ground ball screws, linear guides, and a gear-driven rotary transmission. This combination ensures smooth motion, fast response, high synchronization accuracy, and reliable control during heavy-profile rotation and cutting.
The control architecture combines the BOCHU CNC control system with professional nesting and cutting software. It supports automatic calibration, automatic edge finding, four-sided center calibration, special-profile centering, process library selection, path optimization, and real-time parameter modification for efficient and flexible production management.
The cutting gas system is divided into three independently controlled channels. It can switch automatically during piercing, allows real-time oxygen pressure control, and makes it easier to adapt cutting parameters to different materials, thicknesses, and process requirements.
The cooling system uses a high-quality circulating pump, stainless steel tank and piping, and a dual-temperature precision chiller. It provides stable temperature control for both the laser source and optical components, helping prevent overheating, condensation, and lens damage during long production shifts.
| Item | Parameter |
|---|---|
| Tube Processing Range | Round tubes: dia. 150-1000 mm; Square tubes: 150 x 150-850 x 850 mm; I-beams and H-beams channel steel: 10#-85# |
| X/Y-Axis Positioning Accuracy | ±0.05 mm/1000 mm |
| X/Y-Axis Repeat Positioning Accuracy | +/-0.05 mm |
| Maximum X-Axis Travel | 1050 mm |
| Maximum Y-Axis Travel | 13920 mm |
| Maximum Z-Axis Travel | 700 mm |
| Maximum B-Axis Travel | +/-360 deg |
| Maximum A-Axis Travel | +/-45 deg |
| Maximum Acceleration | 0.2G |
| Minimum Clamping Wall Thickness | ≥5.0 mm |
| Maximum Single-Workpiece Load Capacity | ≤5T |
| Loading Method | Manual loading |
| Loading Length | 12000 mm |
| Host Size (L x W x H) | approx. 23195 x 4135 x 4000 mm |
| Weight | approx. 13.5T |
| Power Supply/Voltage Frequency | 3 / 380V (+/-10%) / 50Hz |
| Main Power Protection Level | IP54 |
Optional unloading support with approximate overall dimensions of 6000 x 1500 x 587 mm; discharge length can be customized according to the project layout.
Recommended for areas with unstable power supply. Suggested capacity is at least 1.5 times rated power, with multiple protection functions such as over-voltage, under-voltage, over-current, phase loss, and short-circuit protection.
For high-pressure air cutting, an air tank of at least 1 m3 is recommended, with output pressure >= 1.5 MPa, airflow >= 2.3 m3/min, dew point <= 5 deg C, oil <= 0.003 ppm, and dust <= 0.01.
Optional dust extraction interface and dust collection system to improve workshop cleanliness and support continuous industrial operation.
Our machines deliver clean, accurate cuts every time, whether you're working with carbon steel, stainless steel, or other metals. You can count on perfect results with minimal waste.
Victory Industry laser cutting machines are designed for speed. They cut faster, helping you get more done in less time without compromising on quality.
Our laser-cutting machines are energy-efficient and easy to maintain, helping you save money in the long run. Plus, the precise cuts reduce material waste.
You don’t need a laser expert to operate our laser-cutting machines. They feature a simple interface, making them easy to set up and use.
Our team is always here to help. We provide installation, training, and support to ensure your machine works smoothly.
Our laser cutting machines are made with durable materials, ensuring long-lasting performance, even with heavy use.
By submitting your information, you’re taking the first step towards a partnership that redefines what’s possible in laser cutting. Our team will promptly reach out to discuss your unique requirements and guide you through enhancing your manufacturing capabilities with Victory Industry’s laser-cutting solutions.
4 reviews for V100 Structural Steel Profile Laser Cutting Machine
Kenji Yamamoto –
Very satisfied with the performance on beams and complex profiles. The positioning accuracy is excellent, and the automation features save time during repeated production tasks. A strong upgrade for our facility.
Daniel Hughes –
The machine is stable and easy to operate. It processes large structural components with confidence and maintains good edge quality. Our team adapted to it quickly with minimal training required.
Priya Nair –
We chose the machine for heavy profile processing, and it performs reliably. The cutting quality is clean, even on thicker sections. It has made our fabrication workflow much more efficient.
Robert Klein –
The machine handles structural steel profiles very well. We cut H-beams and channels daily, and accuracy stays consistent. It reduced manual layout work and improved overall production speed in our workshop.