Introduction

In recent years, the construction machinery industry has accelerated its transformation to large-scale, energy-saving and intelligent. The laser cutting machine of Han’s Laser provides an effective solution for construction machinery enterprises to optimize the production process, save energy, reduce consumption, and improve production efficiency.

To realize seamless welding, traditional processing needs to bevel the cut parts for secondary processing, which is difficult and time-consuming in the metal processing of construction machinery. Han’s laser bevel cutting machine can realize all kinds of bevel cutting and knife edge forming and help construction machinery enterprises to produce efficiently with lower cost and energy consumption.

Understanding The Bevel Cutting Machine

During the machining process, many parts will have a certain bevel angle due to structural design requirements. Machining bevels are mainly for the next stage of the welding process, the parts to be welded will be processed and assembled according to a certain bevel geometry to obtain the thickness of the weld seam by welding.

Laser machining is a new method of beveling with minimal thermal distortion and optimal cut quality. Compared with traditional flame and plasma beveling, laser beveling significantly improves processing efficiency, ensures bevel quality and saves material. For example, in the shipbuilding industry, laser bevel cutting is used to process low-alloy steel T-pieces to ensure the stability of the ship while significantly reducing weight.

Han’s Laser bevel cutting machine can be used for processing large-size flat plates and bevels at the same time, and one-time molding not only greatly improves efficiency, but also effectively saves materials, labor, energy consumption and many other costs.

Features of The Bevel Cutting Machine

1.HAN’S 901 Control System

Based on Rexroth’s German core technology, the system uses intelligent TCP algorithms to support five-axis linkage and stable bevel cutting. It can also be equipped with real-time monitoring mechanisms and interoperability.

2.Adaptive Switching of 3D Coordinate Systems

It automatically adjusts positioning and clamping positions without the need for additional CAM programming to handle compensated accuracy, reducing auxiliary time and increasing machining efficiency.

3.One-Key Zero Calibration

In the event of a collision with the cutting head, the bevel cutting machine can be quickly reset, allowing the customer to resume production immediately without the need for manual adjustments.

Adaptive Switching of Three-Dimensional Coordinate Systems

4.AB Axis Rotation Accuracy Inspection

During the setup process, a laser interferometer is used to check the rotational accuracy of the bevel A-axis and B-axis, which effectively ensures machining accuracy.

Conclusion

In the field of construction machinery and other metal processing, Han’s Laser has launched a variety of bevel cutting machines, whose intelligent numerical control system can support five-axis linkage and realize any angle cutting between 0~±45°. It can effectively meet the high-quality cutting needs of different bevel types and solve the problem of beveling medium and thick plates. The ability of Han’s laser bevel cutting machine to perform high-speed direct cutting of carbon steel, stainless steel, aluminum alloys and thick plates enables customers in the pressure vessel industry to reduce costs, shorten production cycles and increase efficiency.