Schmersal Inc. System Integration Service
Collaborative Robot Risk Analysis
Risk assessments are the starting point to any machine safeguarding initiative, even for inherently safe-by-design equipment like collaborative robots.

Collaborative Robot Risk Analysis
Based on requirements from ISO/TS 15066 & ISO 10218
Risk assessments are the starting point to any machine safeguarding initiative, even when the application involves inherently safe by design equipment such as a collaborative robot. It is important to note that the use of an inherently safe collaborative robot does not automatically equate to a safe application. This is because the application as a whole must be evaluated which includes the environment, scope of work defined for the robot and human operator, material being handled, etc. Our tec.nicum engineering services grop can perform this risk analysis on your collaborative robot application, based on the requirements of the ISO/TS 15066 & ISO 10218 robotics standards.
For more information on tec.nicum engineering services, please contact:
Devin Murray
Engineering Services Manager
Functional Safety Engineer (TÜV Rheinland, #4274/11, Machinery)
914-419-3731
dmurray@schmersal.com
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Other System Integration Services from Member
Pressure and Force Limit Analysis
With collaborative robot applications it is reasonable to expect collisions between a human operator and the robot. Our Engineering Services group can perform the necessary pressure and force limit measurements on collaborative robots and provide analysis of the resu
Pressure and Force Limit Analysis
With collaborative robot applications it is reasonable to expect collisions between a human operator and the robot. Our Engineering Services group can perform the necessary pressure and force limit measurements on collaborative robots and provide analysis of the resu