Industrial automation is not merely about the adoption of robots and machinery. It is a new innovation in the production process and the future of businesses.

By automating repetitive sequences of processes, productivity and efficiency can be enhanced, and consistency in quality can be improved. In today’s rapidly changing technological environments, challenges are becoming increasingly complex, presenting countless problems that cannot be resolved with traditional technologies and manpower.

The future does not wait for the present;
it is the present that must seek out the future.
Through automation, the following outcomes can be achieved:

Unlike the past, which relied on gradual improvements, we now face an era of global technological hegemony where securing a competitive edge from the moment of implementation is essential to guarantee a company's future.

The most fundamental factor in enhancing the overall functionality and performance of automation systems lies in the components that drive the system. We offer a comprehensive portfolio of industrial automation components, including AC drivers, servo drivers, motors, motion controllers, CNCs, PLCs, and HMIs.

Robots used in industrial settings can be categorized into SCARA, delta robots, Cartesian robots, 6-axis multi joint robots, and collaborative robots, also known as cobots. The applications of robots vary widely depending on the functions of each type.

For instance, 6-axis robots are utilized in high-risk, high-intensity environments, enhancing both safety and productivity. By replacing high-risk processes with robots, we can prevent major industrial accidents before they occur.

Robots are applied across various fields, including transportation, assembly, machine tending, packaging, loading, mold handling, dispensing, inspection, polishing, and welding.

Robots are not the future—they are a present reality.

Air compressors are widely used not only in industrial sites but also in everyday life, finding applications across various fields such as manufacturing plants, food production, hospitals, and construction sites. These devices convert electrical energy into air pressure energy, and their energy conversion efficiency can significantly impact annual electricity consumption.

Air compressors can be categorized as follows based on their drive mechanisms: