Intelligent Welding Robot

Product Overview:
The embodied intelligent welding robot is composed of "mobile chassis + welding robot + non-teaching autonomous decision-making welding system + welding actuator". The welding robot can move flexibly through the chassis; Equipped with non-teaching autonomous welding system, that is, the application of robot vision, autonomous obstacle avoidance algorithm, fusion motion control algorithm and welding process design, can independently plan the welding path, accurately locate the welding position, and independently complete the welding task. Mainly used in steel structure, engineering machinery, automobile manufacturing, electronic equipment, shipbuilding and aerospace and other fields.

Product advantages:
Flexible transfer
Can be transferred at any time, without the need to spend a lot of money to make changes to the production line.

Chassis stability
Crawler carrier mechanism design, large load capacity, strong obstacle crossing ability, stable driving, adapt to complex environment and terrain.

Improve production efficiency
Through the exam-free teaching welding system, the input of manpower and material resources can be reduced, the production efficiency can be improved, and the cost of enterprises can be saved.

Stable quality
The test-free teaching welding system can accurately measure and perform tasks with greater accuracy and consistency than manual welding. The quality problems caused by human error are reduced. To ensure the stability of product quality.

Reduce labor costs
Replacing human labor with robots can save a lot of costs brought by human labor, such as wages, insurance, training and so on.

Reduce injury risk
There are many safety hazards in welding work, such as toxic smoke, high temperature metal, electric shock, etc. Using robots to complete these dangerous jobs can reduce the risk of industrial injury for workers.

Environmental adaptability
Robots can work in extreme conditions, such as high temperature, high pressure, toxic, radioactive and other environments. There is no need for direct human involvement, which reduces the safety risk in the work.