3d Robot Fiber Laser Cutting Machine
3d robot fiber laser cutting machine


Products Description
The high-energy laser beam generated by the fiber laser is transmitted to the cutting head through a flexible optical fiber. After focusing, it forms a high-energy density light spot, which irradiates the surface of the pipe, causing the irradiated area to melt and vaporize instantly. At the same time, high-pressure auxiliary gas (such as oxygen and nitrogen) is blown out through the coaxial nozzle to blow away the molten metal, thereby achieving cutting.
Unlike ordinary laser tube cutting machines that can only perform flat or bevel cutting on the surface of the tube, 3D models can use a swingable cutting head or precision manipulator to perform multi-dimensional cutting, punching, and grooving on any surface of the tube, including processing perpendicular to the tube wall.


The "3D dynamic focusing system" is composed of a set of electric zoom lenses, which can ensure that the laser beam can always remain in focus at different heights and angles of the pipe, thereby obtaining a uniform, high-quality cutting section.
The cutting head of the 3D laser cutting machine is equipped with a capacitive sensor, which can automatically adapt to the shape of the part and always keep a certain distance from the part for cutting. Therefore, only the 2D programming system of the 3D laser cutting machine is used when the surface of the part does not change drastically. Can meet production needs.
The 3D laser cutting machine adjusts the posture of the laser cutting head to ensure that the laser cutting head is always perpendicular to the surface of the workpiece, so as to obtain excellent cutting quality.
Products Specifications
| Laser souce | Raycus/MAX/IPG | Working arm span | 1.4m-2.03m |
| Laser power | 1000W-4000W | Cooling method | Water cooling |
| Minimum line width | 0.15mm | Protection level | IP56 |
| Cutting thickness | ≤10mm | Power configuration | AC 380V±10%50Hz |
| Trajectory accuracy | ±0.1~0.15mm | Processing format | 2m (expandable) |
| Repeat accuracy | ±0.04mm | Robotic arm | Fanuc(ABB/Kyaskawa/Staubli) |
Applications:
As a high-end technology of laser application technology, 3D laser cutting technology has been more and more widely used in the automobile and motorcycle industries, including electric bicycles and helmets: such as cutting holes and trimming of body panels, cutting steering wheel holes, and body windshields. , Car roof bracket holes, airbag components, hydroforming components, etc. Three-dimensional laser cutting is also very useful in the processing of the body after assembly, such as opening the luggage rack with fixed holes, top cover slide rail holes, antenna mounting holes, and modifying the shape of wheel fenders.




Main Application Areas
Applications cover virtually all industries requiring precision tube processing:
Automotive: Chassis frames, exhaust pipes, bumper beams, seat frames, etc.
Fitness equipment: Treadmills, elliptical machines, exercise bikes, and other metal frame structures.
Furniture: Metal tables and chairs, display stands, shelves, bathroom fixtures, etc.
Architectural decoration: Stainless steel handrails, steel trusses, spatial art installations, etc.
Aerospace: Aircraft engine piping, internal fuselage components, etc. (extremely demanding precision).
Construction machinery: Hydraulic piping and components for excavators and cranes.
Advantages
High Flexibility & Complex Processing Capabilities: Capable of performing arbitrary angle bevel cutting, intersecting line cutting, hole opening, cutouts, and 3D engraving, easily handling even the most complex designs.
"Chipless Processing"
High Material Utilization: Laser cutting is a non-contact process, resulting in zero tool wear and metal debris. Intelligent nesting software significantly reduces material waste.
High Precision and Quality: Cut surfaces are smooth, burr-free (or minimally burred), with an accuracy of ±0.1mm, enabling seamless welding and reducing subsequent polishing.
High Efficiency & Automation: Integrated with automatic loading, chuck clamping, servo rotation, cutting, and unloading, the machine enables 24/7 continuous production, significantly improving efficiency.
Multi-Purpose: One machine can process a variety of pipe types (round, square, rectangular, oval, I-beams, angles, etc.) and a variety of materials (carbon steel, stainless steel, aluminum alloy, copper, etc.).


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