News
Stäubli Presents Five Stages of Man-Robot Collaboration at Molding 2018
Stäubli’s new TX2 line of collaborative robots offers flexibility to adapt to any manufacturing scenario
DUNCAN, S.C.– Stäubli will present an overview of the five stages of Man-Robot Collaboration (MRC) along with a variety of case studies that showcase innovative applications of MRC today at 10:30 a.m. PST at the Molding 2018 conference, held in Long Beach, California. The conference runs through March 1.
Geoffrey Venezuela, western regional sales manager, Stäubli, also will offer an additional look at the integration and programming of systems, overall robotics project development, and Industry 4.0 robotics in a smart factory setting.
Stäubli introduced its TX2 line of collaborative robots to the North American market at the Automate trade show in Chicago last year, ushering in a new era of man-robot collaboration. The line of six-axis machines and corresponding CS9 safety control comply with the stringent requirements of the highest safety category and excel in every facet of automation, including high-volume manufacturing as well as collaborative scenarios.
Stäubli’s new line offers one robot to cover all five stages of MRC:
- Stage 1: Hard guarding separates the operator and robot. The manufacturing process is performed by the robot.
- Stage 2: Laser (virtual) guarding separates the operator and robot. The manufacturing process is performed by the robot, and the operator enters the area periodically.
- Stage 3: Laser (virtual) guarding separates the operator and robot. The robot and operator are involved in the manufacturing process. The operator enters the zone regularly during production.
- Stage 4: There is no separation between the robot and operator. The robot and operator are involved in the manufacturing process. The robot stops when it comes into contact with the operator.
- Stage 5: There is no separation between the robot and operator. The robot and operator are involved in the manufacturing process. The robot and the operator move safely in the same space simultaneously.
About Stäubli North America
Stäubli North America has over 200 employees supporting Textiles, Connectors and Robotics customers. The company’s North American headquarters is located in Duncan, S.C., and the sales force is strategically placed on the West Coast, Canada, Mexico and elsewhere thoughtout the continent.
Get the Training You Need for a Safer Workplace!
Autonomous mobile robots are one of the fastest-growing segments of the robotics industry. During this live virtual training, you'll be introduced to safety protocols and best practices for working with mobile robots in industrial settings.
Learn more and register now for upcoming training dates.
Stäubli is a leading manufacturer of textile machinery, quick release couplings and robotics systems. With a workforce of over 4,500 employees Stäubli is present in 25 countries supported by a comprehensive distribution network in 50 countries worldwide.
Visit www.staubli.us for more information on the company and products.
Company Contact
Jan Abel, Senior Marketing-Communications Manager
Tel: 864-486-5430
Stäubli Robotics
Stäubli Robotics is a leading global player in robotics, consistently delivering engineering as effective and reliable as our service and support.
Discover how Stäubli Robotics can support your automation journey with their complete range of solutions and expertise.
Visit Company WebsiteEdgewater Automation Becomes an RIA Certified Robot Integrator
Edgewater Automation has achieved Robot Integrator Certification through the Robotic Industries Association (RIA).
Omron Introduces F440 Smart Camera: Offering Flexibility for Machine Design with Compact and Powerful Machine Vision
With its compact form factor, the F440 is ideal for OEMs and manufacturers seeking a state-of-the-art smart camera
Patti Engineering and Kettering University Collaborate on Industry 4.0-Enabled Collaborative Robotic Cell for Real-World Learning
Patti Engineering and Kettering University collaborate to create an Industry 4.0-enabled collaborative robotic cell for a new classroom lab



