Solution: Cobots

Thomas Doms

Thomas Doms

TÜV AUSTRIA-Platz 1 2345 Brunn am Gebirge Österreich

+43 5 0454 6313

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Thomas Doms

TÜV AUSTRIA CERT GMBH

TÜV AUSTRIA-Platz 1
2345 Brunn am Gebirge
Tel: +43 (0)504 54-6048
Fax: +43 (0)504 54-8145
E-Mail: cert@tuv.at
tuv.at/cert

TÜV AUSTRIA is a Member in Good Standing of TIC Council | TÜV (R)

Safe collaborative robotsSafe collaborative robotsangle down red

"TÜV AUSTRIA supports the planning and implementation of the application for safe collaboration between humans and robots."

Safe collaborative robots

Cobots – Safe collaborative robots

TÜV AUSTRIA supports the planning and realization of the application for safe collaboration between humans and robots, cost-intensive safety precautions (e.g. safety fences, additional required workspace) are no longer required.

Our solutions for robotics manufacturers

  • Determination of failure probabilities & verification of SIL and PL
  • Determination of safety-relevant functional safety parameters (B10, MTTF, etc.)
  • Determination of technical performance parameters (speeds, stopping distances, waste heat, power, etc.)
  • Testing hardware and software, e.g. in accordance with ISO 13849
  • Testing of electromagnetic compatibility (EMC)

As an accredited and notified testing laboratory (0408), we are also available for the following:

  • CE conformity tests
  • EC type examinations (Machinery Directive 2006/42/EC)
  • as well as for the verification of national and international standards

Our solutions for robotics integrators

  • Moderation of risk analyses taking into account cyber security threats and support in deriving appropriate measures
  • Project coaching in relation to the conformity of the entire application
    • Layout planning, taking into account the relevant normative requirements
    • Path optimization to minimize potential hazards
    • Ergonomic workplace design, and much more.
  • Planning and development of a collaborative application in line with EN ISO 10218-2 edition 2021/22
    • Consideration of the requirements for the three-dimensional workspace
    • Simulation evaluations of the planned work actions
    • Determination of possible contact and danger points
    • Measurement of the biomechanical limit values in accordance with ISO TS 15066
    • Documentation of the concept in accordance with the requirements of EN ISO 10218-2 edition 2021/22

Our solutions for robotics operators

  • Consulting and concept discussion: Identification of the requirements and framework conditions to be met when purchasing a collaborative work system
  • Testing and moderation of hazard analyses, e.g. for a planned system modification
  • Assessment of biomechanical limit values in accordance with ISO/TS 15066 for new or modified contact points
  • Requirements for secure data networking/transmission within the system
  • Simulation and analysis of ergonomic aspects
  • Workplace evaluation in accordance with e.g. Employee Protection Act §35 (1) for use
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