Fiber Laser Cutting Video On Youtube

Equipped with a dedicated five-axis laser processing intelligent control system, it effortlessly achieves various bevel types such as V, Y, X, and K with cutting angles up to ±45°. The zero-gap cutting design significantly reduces welding difficulty and cost, streamlines processes, and enhances sheet metal processing efficiency.

Featuring a renowned brand fiber laser, it ensures excellent beam quality, minimal thermal deformation, and smooth, aesthetically pleasing cuts. The seamless cutting process eliminates the need for secondary processing, enabling workpieces to be directly used for welding, reducing production steps, manufacturing costs, and labor expenses while greatly improving overall production efficiency.

High-precision servo control and reducer coordination ensure the cutting head’s motion accuracy, minimizing bevel angle errors for processed parts. This makes it ideal for large-scale, high-precision bevel component production with stable and reliable quality.

With kilowatt-level laser power and multi-axis linkage technology, it handles bevel cutting of metal plates up to 60mm thick effortlessly, broadening processing capabilities and enhancing production efficiency and flexibility.

▍Bevel Laser Cutting Machine 1KW-30KW Technical Parameters

Product Name	WT6020AB
Laser Power	6KW-30KW
Laser Wave Length	1064nm
Position Accuracy	0.03 mm/m
Repeatability Accuracy	0.02 mm/m
Acceleration	0.8G-1.5G
Cutting Speed	80-140 m/min
Interface	USB, RJ45
Working Voltage	380v, 3phase, 50hz/60hz (customized)
Auxiliary Gas	oxygen, nitrogen, compressed air
Work Environment	0-45°C, Moisture 45-85%
Machine Size / Packing Size	8000*2700*1950mm/8100*2800*2300mm

▍Bevel Laser Cutting Machine Sample

▍Bevel Laser Cutting Machine Configuration

Strong Plate Welded Bed

Strict heat treatment eliminates stress and prevents deformation caused by temperature changes in the bed material, ensuring long-term stable operation. Special shock-absorbing structures and materials absorb vibrations during work, improving cutting accuracy and stability.

High Temperature Resistant Bricks

Fire bricks can withstand the high temperatures generated during laser cutting, preventing high temperatures from damaging the workbench surface or the structure under the cutting platform. Prevent slag from falling onto fire bricks to avoid direct contact with machine tool metal parts.

Fiber Laser Source

The laser beam output by the fiber laser is of high quality and has strong focusing ability. It can achieve finer cutting effects and is suitable for applications with higher precision requirements. The fiber laser has high electro-optical conversion efficiency, simple and stable structure, and low maintenance cost.

Bevel Laser Cutting Head

The bevel laser cutting head can achieve multi-angle bevel processing from 0° to 45°, and supports V-type, Y-type, X-type, and K-type bevels. The built-in water cooling system effectively reduces the temperature of the cutting head, prevents overheating, and increases service life.

Wintek bevel fiber laser cutting machine adopts imported fiber laser with good beam quality, small thermal deformation and good cutting quality.

The CNC system can precisely control all axes, breaking through the conventional straight cutting method, and realizing bevel cutting with a swing of not less than ±45° on both axes. Different styles of bevels such as Y-type, V-type and X-type are formed at one time, which reduces the process, splices zero gap, reduces the difficulty of welding, and greatly improves the efficiency of sheet metal processing.

Professional laser cutting software with graphic layout and sharp corner smoothing functions can realize high-speed punching and fast cutting functions. It has function detection, automatic diagnosis, fault isolation, fault analysis and data display system, and can quickly troubleshoot and effectively reduce after-sales service costs.

Bevel Laser Cutting Machine Upgrade Series

Q: What is a bevel laser cutting machine used for?

Bevel laser cutting machines are designed to create precise angled cuts on materials, such as metal sheets, for applications like welding preparation, component assembly, and complex structural designs.

Q: What materials can a bevel laser cutting machine process?

The bevel laser cutting machine can cut a wide range of materials, including carbon steel, stainless steel, aluminum, brass, and other alloys. The capability depends on the machine’s power and configuration. With advanced features, the machine delivers clean, precise cuts across different materials, making it an ideal solution for diverse industrial applications.

Q: How accurate are bevel laser cutting machines?

Bevel laser cutting machines offer high precision, with position accuracies of up to ±0.03 mm and repeatability accuracies of up to ±0.02 mm, ensuring consistent and clean cuts.

Q: How do I choose the right bevel laser cutting machine?

Consider the types and thickness of materials you are cutting, the required cutting angles, and the precision needed for your projects. Evaluate the machine’s power, speed, and compatibility with your workflow. Additionally, consider the manufacturer’s support, warranty, and maintenance to ensure long-term reliability and performance.

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