The development of manufacturing has created the demand for human-robot collaborative robots. As the internal and external environments of manufacturing go through changes, major transformations have taken place in terms of production conditions and models.
Price pressure, challenges of production linemanagement, flexibility and switching, increasing global competition, labor shortages, increased productivity demand, and product quality requirements have become he constraints for many companies’ production line upgrades and structural transformations.
These factors also have set higher requirements for enterprises to adapt to changes in industry and the market.
As an industry with high added value and high level of automation, the automobile industry entered the eyesight of collaborative robot companies a long time ago.
Combining the characteristics of light load and high flexibility of the products, the auto parts industry has become the most suitable entry point for these businesses. In recent years, the major collaborative robot manufacturers have, without exception, taken this vertical industry as the direction of key cultivation. For a long time, the
automotive industry is known for strict standards and thorough systems, as well as emphases on efficiency and standardization.
The safety of collaborative robots can precisely provide users with a “safe” and “efficient” solution, allowing humans and robots to coexist and collaborate. Users in the automotive industry are very concerned about ensuring the safety of operators while improving efficiency.
AW-EC 3kg, 6kg, 12kg collaborative robots can be used in automation scenarios of automotive parts and automotive electronics, including: engine tightening, car seat
tightening, reducer gluing, window gluing, headlight welding, instrument panel and PCB board detection loading and unloading, flywheel pick-up and assembly, palletizing, machine tool loading and unloading, and so on.