Hand And Arm Vibration Bedfordshire

Hand & Arm Vibration Assessment at Houghton Regis

At the Houghton Regis site, the spotlight was on the hands—literally. This project took a deep dive into how daily use of power tools affects workers' hands and arms through hand-arm vibration. The goal? Figure out who’s at risk, how much exposure they’re getting, and what can be done to keep things safer and more comfortable on the job.

The team rolled up their sleeves and assessed how long and how often workers used various tools like strimmers, mowers, blowers, rotavators, and drills. Some of these, especially the high-powered strimmers and rotary equipment, crossed the threshold where action is definitely needed. The daily "vibration points" were added up across shifts, and let’s just say, a few combos went over the comfort line.

But it’s not all doom and gloom—this kind of review helps catch potential long-term risks early and provides a clear route to action. Recommendations included better tool maintenance, rotating tasks to avoid overuse, and even swapping in lower-vibration models where possible. Health surveillance is also on the radar for those regularly exposed, just to make sure no early signs of vibration syndrome go unnoticed.

Bottom line? Houghton Regis is taking smart, proactive steps to protect their ground crew. By understanding exactly how these tools are affecting their team, they're not just ticking off regulations—they’re actually making the workday safer and more manageable.

Hand Arm Vibration Assessment in Bedford

A hand-arm vibration (HAV) assessment was recently conducted at a facility in Bedford to evaluate workers' exposure to vibration from tools used in their daily tasks. The focus was on operatives working in the fettling and knockout areas, where tasks such as grinding, sanding, and using pneumatic tools generate significant vibration.

The assessment highlighted that several tools, such as the Draper Pneumatic Orbital Palm Sander and the Kobe Pneumatic 100mm Angle Grinder, were causing workers to exceed the recommended vibration exposure limits. The exposure to these high levels of vibration increases the risk of developing hand-arm vibration syndrome (HAVS), a condition affecting the nerves and blood vessels in the hands and arms.

To reduce this risk, the report recommended a combination of strategies, including the replacement of high-vibration tools with newer, lower-vibration models, limiting the time workers use certain tools, and providing anti-vibration gloves. Regular tool maintenance was also emphasised to ensure that equipment remains in optimal condition, helping to keep vibration levels as low as possible.

By implementing these control measures, the facility can better manage vibration exposure, protecting workers from potential health risks and improving overall safety in the workplace.