The industrial robots of Guangdong mechanical processing plant carry out spot welding and arc welding. Welding torch is heavy and assembly line speed requires precise movement, thus creating an ideal robot niche. The welding part can move through the robot or keep the robot relatively stationary and moving part. The latter method has been widely used because it requires more expensive transportation. The robot's control system must synchronize the speed of the assembly line and the work of the robot with other robots. The control system can also calculate the number of completed welds and obtain productivity data.
The industrial robot of Guangdong mechanical processing plant can also perform the operation, which is called take and put operation. One of the most common of these operations is loading and unloading pallets, which are widely used in various industries. This requires more complex programming, and the robot must feel how full a tray is and adjust its position or clear it accordingly. Robots have been important in pick and place operations in casting metals and plastics. In metal die casting, for example, the productivity of using the same die casting machine has tripled as a result of the robot's higher speed, strength, and ability to withstand partial removal of heat in the operation. In 1992, CBW automation of Colorado announced the world's fastest development of partially plastic removal molding robots. Their robot moves the next fifth through a four foot stroke.
Guangdong machining factory conference is one of the most demanding industrial robot actions. Some conditions must be met to be feasible for robot assembly, in which the overall production system is highly coordinated and the product can be designed with robot assembly in mind. The complexity of the control system required means a large amount of initial capital expenditure, which usually requires the production of 100000 to 1 million units per year to make a profit. Robot assembly has been used to produce printed circuit boards, electronic components and equipment, household appliances, automotive parts. As for 1985, the application of assembly robots was just over 10%. It is widely used in industrial robots to finish painting operations, especially in the automotive industry. One of the reasons these actions are cost-effective is that they minimize the need for environmental control to protect workers from smog. Most robots are not accurate enough to replace operations such as cutting and grinding machine tools. Robots are used, however, in Guangdong machining plant during machining operations such as deburring metal or template guided drilling. Robots can also be used for quality control checks to determine the appropriate tightness between the two parts, for example. Represents an important growth market for robot producers using robots in non industrial applications such as cleaning contaminated sites and handling and analysis of hazardous substances