RH series welding robot
1.1RH Series hollow welding robot
The linear trajectory accuracy of the robot is controlled within 0.1mm
Test operation process: The robot runs the 800mm distance linear program track at 100% full speed of 15mm/s, and visually measures the dial jitter and accuracy deviation of the robot (all results are based on video visual results, the large hand is positive for clockwise rotation based on 0 scale, and negative for counterclockwise rotation).
Application
Application advantage
The machine replaces the manual, stabilizes the machine through 3D vision guidance, and the production line beat is 10 seconds:
Can work at any time 24 hours, stable completion of broken work tasks:
To achieve the robot automatically identify the workpiece and automatically handle the expected purpose of loading and unloading, can be applied to the production of 6 kinds of products and mutual production change
Later by replacing that hand can be applied to more products.
Welding application Case 1 Application of GSK RH06 welding robot in aluminum formwork industry Customer requirement Machine ring people instead of manual, double station alternating welding.
Application effect
. Once the central workpiece, the pneumatic clamping position of the workpiece, the robot according to the preset program to complete the welding, dual-station man-machine alternating work; · Minke automatic cleaning and cutting mechanism, effectively ensure the continuity of production
Two robots replace two coal workers in the same village, which can work stably for a long time;
Welding aid industry is a high risk industry, high temperature/smoke/light has a certain impact on the physical and mental health of workers, the use of robots can avoid various accidents;
The application of welding robots in the manufacturing industry is the general trend, which can save manufacturing costs, greatly improve the product group, and effectively ensure the stability of manufacturing enterprises' production capacity, which is the basic element of the transformation of artificial intensive manufacturing enterprises to intelligent manufacturing enterprises.
Seven axis welding robot
Perfect obstacle avoidance: Solve the problem that the six-axis robot cannot completely avoid obstacles in the working process. High-density placement: solve the problem that there are a large number of singularities in the complex movement trajectory of the six-axis robot and cause motion interference in the high-density working environment
Full circle welding: In the field of brilliant joint, the six-axis robot needs to use a positioner to achieve multi-directional brilliant joint, high investment cost, and complex welding process problems
Audited Supplier 
The linear trajectory accuracy of the robot is controlled within 0.1mm
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