Complete redesign yields 50% greater mounting accuracy and production capability than previous models.

S.D.A technical skills and market presence strengthen central Europe sales and support network.

Industrial robot portfolio to demonstrate total line solutions at June digital showcase.

Success in manufacturing is a moving target. Planners routinely face demands to reduce cycle time, increase capacity, introduce new products more quickly, and utilise available floorspace efficiently. The methods employed to move workpieces between the various production processes can significantly influence the extent to which these goals are achieved.

Yamaha Motor Europe announced today that the company’s LCMR200 industrial robot (linear conveyor module for transfer systems) and the TRICITY 300 commuter model have both won Germany’s internationally prestigious iF Design Award and Red Dot Award: Product Design 2021. This marks the eighth consecutive year the company has won an iF Design Award and the tenth straight year winning a Red Dot Award. It is also the first time a Yamaha Motor industrial robot has received either of these.

Easy to use and powerful tools that leverage the graphics knowhow eliminate known programming pain points to raise quality and productivity.

Yamaha Robotics SMT Section is a trusted supplier of surface-mount assembly solutions, with six generations of high-speed precision mounters in action on the RSG Elotech production lines. In this article, we look at some of the highlights of the enduring connection between our two companies.

Yamaha Motor Robotics FA Section, which provides advanced robots and associated expertise for diverse industrial assembly, parts-handling, and packaging applications, has held its 2021 annual distributor conference online, taking advantage of the chance to present diverse content and invite worldwide participation.

Easy, always-on; 360-degree view presents Yamaha solutions in action.

Using a robot to dispense coating materials can significantly raise productivity, and is further enhanced by linking servo and dispenser control to ensure optimum speed and stable coating thickness.