none
none

COOPERATIVE ROBOTICS CERTIFIED FOR CLEANROOMS

27-09-2016
by 
in 

Universal Robots' cooperative robotic arms have been certified for deployment in controlled environments, spurring forward the cooperative robotics movement. 

After successful tests in accordance with VDI 2083 Part 9.1 (the international industrial guideline concerning the various functions and measures of cleanroom technologies), the robot arms and the accompanying controller boxes made by the Danish company have been awarded the certification for cleanroom applications by the international certification organization TÜV SÜD.

In compliance with the industrial norm ISO 14644-1, the robots UR3, UR5 and UR10 (table-top assembly assistance robotic arms) are now authorized for the global use in cleanroom environments of the cleanroom class ISO 5.

The controller box, in turn, has received authorization for cleanroom class ISO 6. The controller box may be upgraded for deployment in cleanrooms requiring the class ISO 5 with a few technical modifications. In the Federal Standard 209E, often referenced in the USA, ISO 5 and ISO 6 are the equivalent of class 100 and class 1000 respectively.

“This certification will pave the way for a great number of new application opportunities for our robots”, says Esben H. Østergaard, CTO and co-founder of Universal Robots. “We have taken another important step towards making our affordable and user-friendly collaborative robots accessible for companies of all industries and sizes.”

TÜV SÜD’s test seals for Universal Robots’ robotic arms and controller boxes now allow the deployment of UR robots in areas where aspects regarding purity and hygiene – such as particle emission, easy-to-clean surfaces and extreme reliability – are decisive criteria for precise automation processes.

“UR robots can now increasingly be deployed in laboratory automation as well as throughout the medical and pharmaceutical sectors. There is also a significant variety of cleanroom applications in the food industry, the production of microchips and semiconductors as well as in the electrical and opto-electronical industries that can now implement our robots”, says Østergaard.

Related news & editorials

  1. 17.10.2017
    17.10.2017
    by      In
    Opposition leader Bill Shorten has promised that, if elected, Labor will establish a $1 billion "advanced manufacturing" fund. 
    The fund will be intended to "support innovative Australian manufacturing firms who want to grow their businesses and create jobs, but who might find it difficult to... Read More
  2. 12.10.2017
    12.10.2017
    by      In
    Seventy-seven River Murray-based irrigation projects have been offered a share of $38 million in funding under the fourth and final round of the Irrigation Industry Improvement Program (3IP).
    If all projects accept their offers, it will mean a total of 259 projects will have received funding under... Read More
  3. 12.10.2017
    12.10.2017
    by      In
    Technology used to develop the world’s first fully plastic automotive mirror is being adapted in South Australia to make solar energy generation more efficient.
    Adelaide-based car parts manufacturer Precision Components has partnered with the University of South Australia to today launch a... Read More
  4. 12.10.2017
    12.10.2017
    by      In
    The Art Gallery of South Australia is now being powered with the help of large-scale battery as part of an initiative that will soon also connect the State Library of South Australia and Adelaide High School.
    The SIMEC ZEN Energy system provides a total of 64kWh of energy storage to the Art Gallery... Read More