The lenses used in the laser head are the core components of the laser equipment. They play a key role in the laser head to adjust and control the optical path. They include focusing lenses, collimating lenses, protective lenses and reflective lenes.

High-precision laser cutting machine is a cutting equipment designed by using laser technology and CNC technology. It has the characteristics of stable laser power, good beam mode, high peak power, high efficiency, low cost, safety, stability and easy operation.

The equipment is equipped with a high-precision CNC workbench controlled by a working PC. During cutting, high-precision cutting and punching are performed by adjusting the laser frequency, pulse width, workbench speed and moving direction.

High-precision laser cutting machine: It integrates multiple design concepts, adopts a fully enclosed safety design, a large-format body, high-speed maneuverability, and a follow-up dynamic focusing device to achieve automatic focus cutting of materials of different thicknesses. The workbench adopts a universal wheel design, which saves more manpower consumption and facilitates material feeding. It adopts a fully enclosed design, which is safe, environmentally friendly, generous, beautiful, meets CE standards, and has a wide range of applicable performance! !

The heat-affected zone on the substrate during laser cladding is small, and the workpiece deformation is small:. The cladding layer can achieve metallurgical bonding with the substrate material, and the dilution rate of the cladding material is low. The cladding layer has fine grains and a dense structure, which can obtain higher hardness and wear resistance, corrosion resistance and other properties. Selective local repair can be achieved, effectively reducing the repair cost: the powder material system has a relatively high adaptability, and most conventional and special metal powder materials can be clad on the surface of metal parts.

The cutting robot arm is an automated device that can complete the cutting tasks of various materials through the flexible movement and precise control of the robot arm. It is widely used in industrial production and can improve production efficiency and product quality. The composition and working principle of the cutting robot arm The cutting robot is mainly composed of a robot arm, a control system and a tool. The robot arm is usually connected by multiple joints and can imitate the movements of the human arm. The control system achieves precise cutting by precisely controlling the motion trajectory and speed of the robot arm. The tool is the core component of the cutting robot, and different types of tools can be selected according to different cutting requirements. Application fields of cutting robot arms Cutting robots are widely used in various fields of industrial production. For example, the cutting robot arm in the metal processing industry can be used for cutting metal sheets; the cutting robot arm in the woodworking industry can perform precise wood cutting; the cutting robot arm in the textile industry can be used for cutting cloth, etc. Advantages and challenges of cutting robot arms The cutting robot has the following advantages over traditional cutting methods: it can achieve high-precision cutting, greatly improving product quality; the cutting robot arm has the characteristics of high efficiency, which can greatly improve production efficiency; due to the application of automation, it can also reduce labor costs and reduce the risk of work-related injuries.