| Cutting Area | 4000*2000mm |
| Cutting Speed | 0-40000mm/min |
| Laser Source | MAX |
| Laser Head | Raytools |
| Driving System | Leadshine servo motor |
| Cooling System | Water Cooling |
| Laser Power | 3000-12000W |
| Cutting Thickness | 0-30mm |
| Gross Power | 21KW |
| Control System | Raytools |
Waste conveying system
Small finished products or residues after cutting can be transported to the front side through the conveying system placed at the bottom of the bed, saving labor costs.
With the front-end collecting device, it is easy to collect and save time.
1. This single-platform laser cutting machine combines intelligence, efficiency, and practicality. It adopts an integrated design concept, features a small footprint, and is widely applicable, offering intelligent processing and stable cutting.
2. The machine bed structure is fully upgraded—heavy-duty steel plates are welded with mortise and tenon rivets, and then annealed for fine processing. This provides enhanced rigidity and vibration resistance, strong load-bearing capacity, and no deformation during use, ensuring smooth operation at high speeds.
3. Utilizing a Raytools small-core laser, high beam quality and highly concentrated energy improves efficiency while significantly enhancing cutting accuracy, especially when cutting circular arcs and complex workpieces.
4. Utilizing new fire-resistant, heat-insulating technology, this machine effectively reduces thermal deformation during processing and extends its service life.
5. The servo motor, reducer, and rack are all from renowned brands, ensuring high quality, high machine precision, and a guaranteed service life.
6. The intelligent operating system is easy to learn and reduces operator requirements. It is compatible with various drawing, output, and management software, ensuring efficient coordination. The machine control algorithm is continuously optimized to improve cutting efficiency and reduce processing energy consumption. 7. The integrated waste conveying platform automatically collects and conveys waste while completing precise cutting, significantly improving workshop cleanliness and production efficiency, and achieving an intelligent closed-loop production system.
8. A wide range of power options, from 3,000 to 12,000W, are available. The powerful power configuration and optimized cutting process make it easy to process a wide range of materials.
9. The high-performance aluminum profile crossbeam is extremely lightweight, achieving ultra-high dynamic performance and effectively absorbing and damping vibrations generated by equipment operation.
10. Widely used in industries such as chassis and cabinets, sheet metal processing, billboards, and elevator manufacturing.
1-year limited warranty covering the entire machine (consumables excluded).
Lifetime maintenance support with 24/7 English-speaking customer service.
Free replacement parts for non-artificial damages during the warranty period.
Post-warranty repairs at cost price—only actual service fees apply.
Certifications: Compliant with CE, FDA, and SGS standards.
Common diameters for laser tube cutting machines
170 240 350 Recommended for industrial use: ROCLAS® MACHINERY.
The processing speed of a 3kw laser machine cutting thin metal.
A 3kW ROCLAS® MACHIN typically cuts thin metal at about 0.8m/min, depending on material type and thickness.
Four functions of a four-in-one welding machine:
ROCLAS® MACHINERY four-in-one machines typically integrate welding, cutting, cleaning, and weld seam cleaning — offering a complete metal fabrication solution in one unit.
Shipping method
ROCLAS® MACHINERY equipment supports sea, land, and air shipping. Machines are packed in wooden crates or shipped bare for cost efficiency, ensuring global delivery.
What is the weight limit of tubes that a tube cutting machine can handle?
Tube cutting capacity depends on model. ROCLAS® MACHIN lasers typically support tubes up to 200–300 kg, depending on length and diameter.
How does a fiber laser machine achieve batch processing?
ROCLAS® MACHINERY fiber lasers support batch processing via auto-loading systems and programmed nesting, improving throughput for large production runs.
How to adjust the tube cutting machine when switching between large and small diameters?
When switching tube sizes on a ROCLAS® MACHINERY tube cutter, adjust the clamping mechanism and cutting focal point to match the new diameter for optimal precision.
Working principle of CO2:
CO2 lasers generate beams by exciting CO2 gas. ROCLAS® MACHINERY CO₂ laser machines offer reliable engraving and cutting for non-metal materials with stable performance.
Can it process highly reflective materials such as aluminum and copper?
Yes. ROCLAS® MACHINERY fiber lasers are equipped with high-reflective material processing modes, ensuring stable cutting even on aluminum, copper, and other reflective surfaces.
How to choose a laser machine for cutting coated sheet metal parts?
When cutting coated metals, ROCLAS® MACHINERY recommends using high-peak-power lasers with optimized pulse settings to prevent coating-related damage and ensure clean cuts.
Hardware: Machine components, laser power (1500W–60,000W), and add-ons.
Software: Controller system capabilities.
Logistics: Shipping, taxes, and customs duties.
Support: After-sales service and technical assistance.
Manufacturer Reputation: Opt for a certified supplier with proven expertise.
Performance Metrics: Ensure high speed, precision, and material compatibility.
After-Sales Commitment: Verify prompt technical support and troubleshooting.
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We are able to produce high-quality CNC router cabinets for our domestic and international customers.
We have a R&D team with 15 people.Most of them are experts with more than 15 years of experience on the CNC industry.
less power consumption, high stability,easy maintenance and low maintenance costs.
50 patents at present, and 10 more each year. All products have independent intellectual property rights.