Description
Advantages
- Unprecedented accuracy and repeatability: laser cutters provide unprecedented precision and accuracy, allowing complex cuts with clean, sharp edges that are difficult to achieve with traditional methods. The automated nature of laser cutting guarantees consistent, repeatable results over time.
- Tighter tolerances: laser pipe cutting machines can achieve very precise tolerances, often down to +/-0.001 inches or better, providing high accuracy for critical applications. This level of precision is essential for industries requiring precise fitting and processing, such as aerospace, automotive, and medical device manufacturing. Advanced CNC systems and rotary chucks enable consistent, repeatable cuts that meet high quality standards.
- High-speed production: fiber lasers cut at up to 78 inches per second on thin pipes, significantly reducing cycle time and increasing overall production efficiency. This high cutting speed allows manufacturers to complete jobs faster while maintaining precision and clean cuts. Additionally, fast processing helps reduce labor costs and increase throughput in high-volume pipe processing operations.
- Complex and 3D cutting capabilities: the laser machine’s programmable multi-angle cutting head can create complex shapes and contours that are difficult to achieve with traditional tools. Create slots, contours, miters, and 45-degree bevels directly with the laser – no grinding required.
These precise laser capabilities also enable a wide range of joints, such as snap-fit joints and other joining techniques, allowing fast assembly without the need for welding or screws.
- Material strength and safety: laser pipe cutting machines can process a wide range of materials: mild steel, stainless steel, aluminum, brass, copper, and more. Laser cutting is a non-contact process that prevents material contamination. This versatility allows efficient processing of various types of metal with minimal thermal distortion, ensuring high-quality cuts for various applications.
Applications
Flexible power matching for optimal cost per part: with options from 6 kW to 12 kW and above, allows precise power selection depending on material thickness and cycle requirements. This achieves an optimal balance between energy consumption and throughput, directly optimizing the cost per part.
Excellent dynamics to eliminate power bottlenecks: high structural rigidity combined with high-torque servo drives ensures smooth operation at high accelerations. This minimizes downtime and guarantees stable contour precision during continuous processing of thick sheets or complex structures, increasing overall shop productivity.
Process optimization for stainless steel and alloys: integrated with an advanced cutting parameter database and specially optimized gas control, the machine effectively manages the heat-affected zone. It provides oxide-free, bright cuts on stainless steel and aluminum, minimizing secondary operations such as polishing.
High automation readiness for uninterrupted production: designed for seamless integration with automatic loading/unloading, a centralized fume extraction system, and material storage systems, allowing hours of uninterrupted operation, even without an operator present. This significantly reduces dependence on skilled operators and is a key step toward production without human intervention.
Technical parameters
| Mode | AT-6024T | AT-6012T | AT-550T3 |
|---|---|---|---|
| Repeat positioning accuracy | +/-0.03mm | ||
| Positioning accuracy | +/-0.02mm | ||
| Bed frame construction | Welded tubular bed frame | ||
| Laser power | 1500W / 2000W / 3000W / 4000W / 6000W / 12000W / 20000W / 30000W | ||
| Laser source | MAX / Raycus / IPG / JPT / BWT / RECI | ||
| Max. acceleration | 1.5G | ||
Machine parameters
Incredibly high speed and high efficiency
It uses high-performance bus servo motors, significantly increasing processing efficiency so that every second of effort invested creates value.
Mortise-and-tenon welded bed body
The bed is made of an extremely strong steel plate structure with full-penetration and rivet welding, using stress-relief annealing technology; internal reinforcing ribs plus cross-tube support provide high strength and stability.
Square chuck, wider cutting range
Using square precision pneumatic chucks, the maximum side length of a square pipe equals the maximum diameter of a round pipe, making it suitable for a wider processing range.
Follow-up material support device
Continuously adjusts the lift height to prevent pipe vibration and sagging, ensuring precise and stable cutting.
