Hand And Arm Vibration Rotherham

Hand Arm Vibration Assessment in Rotherham

Our team conducted a hand-arm vibration (HAV) assessment at an industrial site in Rotherham to evaluate workers' exposure to vibration from handheld tools and machinery. The objective was to assess potential risks, ensure compliance with workplace safety regulations, and recommend control measures to protect employees' health.

The assessment focused on identifying tools and processes that contribute to prolonged vibration exposure. Observations indicated that certain high-frequency tools were in regular use, posing a potential risk of exceeding daily vibration exposure limits. While existing control measures, such as job rotation and periodic breaks, were in place, additional improvements were suggested to further minimise risks.

Recommendations included implementing a structured monitoring program, ensuring proper maintenance of tools to reduce excessive vibration, and reinforcing awareness training on safe tool handling techniques. The importance of administrative controls, such as task rotation and reduced exposure times, was also emphasised to prevent long-term health effects.

By adopting these measures, the site can enhance worker protection against vibration-related health conditions, demonstrating a commitment to workplace safety and regulatory compliance. Ongoing monitoring and periodic reassessments will be essential to maintaining a safe working environment.

Hand Arm Vibration Assessment in Dinnington

A recent assessment we conducted focused on hand-arm vibration (HAV) was conducted at a Dinnington facility to evaluate workers' exposure levels. The study aimed to assess the impact of various power tools on employees and provide recommendations to keep vibration exposure within safe limits. The assessment identified that different groups of operatives, such as those working in polishing, welding, and grinding, experience varying levels of vibration depending on the tools they use.

While no single tool exceeded the exposure action or limit values set by safety regulations, cumulative exposure throughout the day could pose risks, especially if multiple tools are used in succession. This led to recommendations around better monitoring and maintenance of tools, as well as improved logging of usage times to ensure accurate exposure tracking.

In conclusion, the report emphasised the importance of controlling exposure through routine checks, proper tool maintenance, and employee training. By maintaining strict safety protocols, the facility can continue to minimise the risks associated with hand-arm vibration and ensure a safer working environment.