Yamaha’s SCARA robots are now available with arm lengths from 120 mm to 1200 mm, and maximum payloads from 1 kg to 50 kg.
Yamaha’s SCARA robots are now available with arm lengths from 120 mm to 1200 mm, and maximum payloads from 1 kg to 50 kg.
The YK-XG and YK-TW orbital SCARA series contain features that ensure efficient movement and superior long-term accuracy. By placing the tip-rotation axis directly in line with the speed-reducing gear, leveraging a specially designed hollow motor, the YK-XG beltless drive allows fast R-axis rotation with large offset loads that require traditional belt-driven robots to decelerate. The latest models feature 45% faster X-Y axis speed than previous generations, now reaching 7.6m/s, 35% greater angular speed up to 2.3m/s, and 93% higher R-axis speed at 1700°/s. With magnetic position resolvers, instead of optical encoders traditionally used in other industrial SCARA ranges, Yamaha’s SCARA robots benefit from higher noise immunity and boost reliability by eliminating the effects of contamination such as dust or grease that exist in industrial environments. Options include dust-proof and drip-proof models that can resist environmental contaminants, clean-room robots, wall-mount and inverse configurations, and the a series for cost-sensitive applications.
Shorten project timelines with these hidden-gem Ignition efficiency tips for designing HMIs, provided by Inductive Automation Sales Engineer Reese Tyson.
Get ready for that “where has this been all my life?” moment—over 25 hidden Ignition features await in our webinar. Our experts show how to boost your productivity and streamline...
Advanced software solutions, like those built in the Ignition platform from Inductive Automation, can provide a crucial means to navigating electrical grid challenges.
Unlock seamless data flow across your manufacturing sites with MQTT and Ignition—turn siloed operations into a connected, data-driven enterprise. Discover how standardization,...
