EPSON CERTIFIED CHANNEL PARTNER - Digital Peripherals

Epson is increasing manufacturing efficiency with force technologies that allow robots to perform more diverse and precise actions in force sensors can detect the magnitude of force and rotation direction for each axis resulting in robots that can perform precision work operations such as contacting, surface matching, probing, profiling, and pressing with human-like performance.To learn more about how is improving manufacturing, click the link in the bio. #sensor #manufacturing #Epson

Epson is increasing manufacturing efficiency with force #sensor technologies that allow robots to perform more diverse and precise actions in #manufacturing. Our force sensors can detect the magnitude of force and rotation direction for each axis resulting in robots that can perform precision work operations such as contacting, surface matching, probing, profiling, and pressing with human-like performance. Learn more about how #Epson is improving manufacturing: https://bit.ly/3y3AkNb #sensor #manufacturing #Epson

The release of the SSR-H Series, Epson’s first horizontally articulated precision assembly robot greatly impacted #manufacturing efficiency. The selective compliant articulated #robot arm, or SCARA, boasted features far exceeding its competition, such as a compact size that let it easily integrate into existing assembly lines, high repeatability, #precision, and a maximum operation speed of 2 m/second. This series was incorporated into #Epson factories, especially for automating watch assembly lines. Outside of the company, it was highly used in the car, electronics, medical, optics, and communication industries, propelling Epson to become one of the leading manufacturers of small, high-precision SCARA robots. See more of our past contributions to #industry developments: https://bit.ly/4dhpnGu #manufacturing #robot #precision #Epson #industry

The release of the SSR-H Series, Epson’s first horizontally articulated precision assembly robot greatly impacted efficiency.The selective compliant articulated arm, or SCARA, boasted features far exceeding its competition, such as a compact size that let it easily integrate into existing assembly lines, high repeatability, and a maximum operation speed of 2 m/second.This series was incorporated into factories, especially for automating watch assembly lines. Outside of the company, it was highly used in the car, electronics, medical, optics, and communication industries, propelling Epson to become one of the leading manufacturers of small, high-precision SCARA robots.To see more of our past contributions to developments, click the link in the bio. #manufacturing #robot #precision #Epson #industry