Laser welding is a PC controlled process that allows for semiautomatic or fully automatic spot welding, splicing, stacking, and sealing on a single device. It is suitable for welding complex flat lines, arcs, and other trajectories.Laser welding can simultaneously control the movement of 6 axes, achieving various complex welding trajectories. The operation interface supports multiple languages (including Chinese, English, Korean, Japanese, and other common language).Adjustable shapes of light spots: point shaped, circular, elliptical, shaped, 8-shaped, Ashaped (can be customized according to the process).Laser welding has no physical effects such as vibration or ultrasound, and can be applied to precision components.According to customer needs, non-standard automatic welding machines can be customized.
Fiber lasers with high beam quality, high energy, the characteristics of continuous welding condition, compared with YAG laser power, has the welding depth is deep and good characteristics, strength of welding current can be suitable for most of the field of laser welding, such as: mobile phone, tablet, automobile, hutch defends, hardware, small home appliance, etc. Most industry applications. The equipment has no consumables, long life, low failure rate characteristics, in the laser welding industry has begun to be popular.
Multi-station linkage worktable design, each station cooperate with each other, laser processing and product feeding do not interfere with each other, to achieve continuous equipment non-stop work. High power automatic focusing and CCD monitoring of welding joints can ensure welding quality even when blade fitting is not tight.
Dual station welding machine, spacious operating workbench, 5-axis design for intelligent welding, can replace mechanical hands for use. Adjustable angle, fast welding speed, high accuracy, and good effect.
The operation interface is simple, and it can be controlled with one head or welded with both heads simultaneously.
Handheld laser welding is mainly used for welding thin wall materials and high speed welding. The welding process is heat conduction type, that is, the laser radiation heats the workpiece surface, and the surface heat diffuses internally through heat conduction. By controlling the welding parameters such as laser power, welding speed, defocusing amount and focus size, the workpiece is melted and a specific molten pool is formed.
The rapid scanning and deflection of the laser have been achieved, increasing the accessibility of the laser. Compared to traditional methods, this device uses high-speed moving scanning lenses and professional software with graphics processing functions to achieve program controlled instantaneous multi-point welding
By using a visual system to take photos and identify the welding seam system, the positioning of the visual system can be compatible with products that are not standard or cannot guarantee consistency, thus achieving intelligent mass production.
The gantry laser welding machine is mainly designed for fields such as large welding width, welding mechanism stress, and lithium battery. The gantry structure design makes the welding process more stable.
According to the product design plan, achieve automatic feeding, clamping, welding, cutting, etc., customize according to customer needs, and provide customers with automatic welding solutions.
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