The Leading Vibration Monitoring and Measurement Solution
Discover how HAVSPRO monitors vibration levels accurately and triggers alerts to protect your staff and organisation against the risks of HAVS and WBV (whole body vibration). It monitors individual tool vibration levels and the exposure each person has to it. HAVSPRO then collates all this data and creates customisable reports to help you prevent overexposure. Find out everything you need to know in our brochure – simply complete the form!.

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In the UK an estimated two million employees are exposed to the risk of debilitating industrial vibration injuries caused by the repetitive strain from using hand-held tools.

By law, all businesses are required to control the risk of two conditions: Hand-Arm Vibration Syndrome (HAVS) and Whole Body Vibration (WBV). However, vibration levels all-too-often exceed safe levels if control measures are not applied and inadequate action taken which means companies have incurred fines in excess of £600,000 putting themselves at risk of significant compensation claims.

Introducing Sam Powell

Introducing Sam Powell

26 July 2024 Blog

In the ever-evolving landscape of businesses, the success of any organisation relies heavily on its

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We’re exhibiting at RailLive

We’re exhibiting at RailLive

16 June 2024 Blog, News

When it comes to measuring and monitoring levels of Hand-Arm (HAV) and Whole Body (WBV) Vibration exposure, many businesses still rely on traditional methods such as using  manufacturers’ data and adding the K factor, assuming data accuracy at the time of measurement, and then, in both cases, asking the operators how long they used the tool for, then calculating using the HSE ready reckoner. 

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What is Whole Body Vibration (WBV) and what causes it?

What is Whole Body Vibration (WBV) and what causes it?

14 June 2024 Blog, News

When it comes to measuring and monitoring levels of Hand-Arm (HAV) and Whole Body (WBV) Vibration exposure, many businesses still rely on traditional methods such as using  manufacturers’ data and adding the K factor, assuming data accuracy at the time of measurement, and then, in both cases, asking the operators how long they used the tool for, then calculating using the HSE ready reckoner. 

Read More