Universal Robots Launches First Collaborative Robot Certifications for Education

Universal Robots Launches First Collaborative Robot Certifications for Education

As collaborative robots emerge as the fastest growing segment of industrial automation, cobot curriculum developed by an industrial leader is increasingly sought after in schools and manufacturing industries. “With the Education Program we’re addressing a tremendous need to provide cobot training as part of an integrated course,” says Joe Campbell.

 

 

 

Electromate Inc. Recognized as Canada’s Most Admired Corporate Cultures for 2020

Electromate Inc. Recognized as Canada’s Most Admired Corporate Cultures for 2020

Canada’s Most Admired Corporate Cultures 2020 were announced today, and Electromate was recognized as a national winner in the Emerging Market category. This national program, sponsored by Waterstone Human Capital, recognizes best-in-class Canadian organizations for fostering high performance corporate cultures that help sustain a competitive advantage.

 

 

 

Yaskawa and Phoenix Contact Announce Partnership

Yaskawa and Phoenix Contact Announce Partnership

Yaskawa, a manufacturer of motion control, robotics, and variable speed drives and Phoenix Contact, a manufacturer of automation solutions, were recently proud to announce an agreement to utilize PLCnext Technology from Phoenix Contact in the development of the next generation machine controller and PLC platform realizing the i3-Mechatronics solution concept lead by Yaskawa.

 

 

 

Omron Robotics Solutions Feature Prominently in New Proof-Of-Concept Lab at Taylor Fluid Systems

Omron Robotics Solutions Feature Prominently in New Proof-Of-Concept Lab at Taylor Fluid Systems

In early July of 2020, Omron Automation congratulated Taylor Fluid Systems (TFS) on opening its first proof-of-concept (POC) laboratory in Ontario, Canada. The new lab featured a variety of robotic applications that use advanced technologies from Omron designed to help customers improve accuracy and flexibility while minimizing complexity for common applications like part feeding.