Cobots and Machinery Safety Ltd

Corby Northamptonshire

Company number: 12096383  

VAT number: 326 9063 93 

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©2020 by Cobots and Machinery Safety Ltd.  All rights reserved.

 +44 (0) 7596 284 775

Covid-19 Update

Due to the current advice from the Government, we are trying to limit unnecessary contact with our clients as much as possible. If a site visit is needed we will take all relevant safety precautions.  We are trying to do as much of our work remotely as possible.


We remain open for new and existing customers and remain flexible if circumstances change due to Covid-19 and the Governments guidelines. If you have any questions please send us an e-mail or give us a call.

07596 284 775

Specialists in

Collaborative Robot Force & Pressure Testing

There is no such thing as a safe cobot, but we create a safe cobot solution!


How do you make a cobot safe?

Using a collaborative robot or a cobot can come with some safety concerns. The type of tooling, the gripper or the work-piece that is handled, can cause injury to those working alongside them.  The amount of force and pressure that can be exerted in a collision could result in injury. Different parts of the body can receive different forces and pressures and it is the scope of the risk assessment to define these points. 


Using the latest state of the art measuring equipment, Cobots and Machinery Safety Ltd can validate the cobot application ensuring that the forces and pressures are compliant with the requirements ISO TS 15066 and issue the necessary documents.

force and pressure testing points

How You Test The Force & Pressure Of A Cobot

Cobot collision testing using GTE force testing equipment

An example of a force measurement from a collision with the cobot.

An example of a pressure impact from a collision with the cobot.

To evaluate not only the cobot system itself, but also the environment in which it is located, i.e. the workplace, a comprehensive risk assessment is required. This risk assessment will fall inline with the requirements of ISO TS 15066, EN ISO 12018-2 and EN ISO 12100 and will come at the design stage of the application. 


The findings of the risk assessment will determine the corrective measures that can be applied, following the 3 stage method. The risk assessment should then be reviewed as the cobot application enters the commissioning stage, as new risks could have been created or not witnessed during the design stage. During the commissioning stage, it is important to validate the forces and pressures that can be exerted by the cobot movements. This is to ensure that in the unlikely event of a collision with the cobot, the operator is unharmed. As the cobot application is completed, the risk assessment should be closed out, ensuring that all hazards have been adequately reduced. This will then help to support the requirements of CE marking the cobot application. 

Do you have a cobot that needs force and pressure testing?