In a study by one of the UK’s most respected occupational health and safety organisations, data from Edinburgh-based Reactec’s innovative wearable monitoring technology for Hand Arm Vibration* has been independently validated.
HAVwear, a wearable wrist device that determines in real time an individual’s exposure to vibration during every day use of power tools, was independently tested in a study by the Institute of Occupational Medicine (IOM). The study, commissioned by Reactec, was led by Sheila Groat, Head of Health and Safety Services, and concluded that vibration data readily gathered by the HAVwear system during every day tool use provides a useful source of information to inform a suitable and sufficient risk assessment. Also the information gathered by the HAVwear system on a regular basis does inform the development of risk reduction control measures.
IOM conducted a rigorous review of Reactec’s award winning HAVwear system to assess its credibility as a risk assessment tool and whether the information obtained could support an effective HAV risk reduction programme.
The study shows that while the HAVwear system determines vibration magnitude data from the vibration transmitted to the person and not ‘on the tool’ in accordance with the existing standard BS EN ISO 5349-1: 2001, HAVwear DOES provide a range of vibration magnitude comparable with that produced by conventional methods.
The study confirms:
  • HAVwear provides information comparable to that produced by conventional tool measurement techniques;
  • The potential advantage of HAVwear over conventional means of risk assessment in being able to be more representative of the actual tool use than, for example, the use of trigger times and manufacturers’ data;
  • HAVwear may also better reflect changes in tool use (or tool condition) over time than other approaches involving only limited measurements;
  • HAVwear offers a simple mechanism where assessment of exposure, and changes in exposure, can be readily monitored over extended periods of time.
To read and download the full report please go to:
Reactec’s HAVwear practically monitors and gathers data based on the vibration exposure  actually experienced by the tool / equipment user. The IOM study’s validation gives credibility to Reactec’s belief that their two million real use data records generated by the system over the past two years since its launch, are significant to individual organisations and potentially, in an anonymised aggregated manner, to industry bodies as a means of addressing the risk of developing the incurable and debilitating HAVS disease.
Commenting on the study, Jacqui McLaughlin, Chief Executive said: 
“The result of this study is a game changer for the industry as our HAVwear system and the data it produces has been validated by the IOM as providing credible risk assessment while being practical for assessing risk on an everyday basis. These findings are significant as employers can confidently use HAVwear to determine real time vibration exposure which will ultimately help them reduce the risk of their workforce being exposed to HAV and developing the incurable HAVS condition.
“We designed and launched HAVwear two years ago to ease the assessment of HAV exposure and help employers reduce the risk faced by a workforce using vibrating tools. Employers are required to risk assess HAV exposure but doing so is made difficult by a need to establish the vibration magnitude of the tool in the process. The standards developed to measure tools exist but are intrusive and not practical to everyday use. This means that assessments are traditionally made with some sort of one-off, potentially inappropriate data. This is an exciting day for Reactec as we share the results of this study which tests the validity of HAVwear as a practical system to assess someone’s actual vibration exposure.”
Shelia Groat, Head of Health and Safety Services at the IOM, said: “In the study commissioned by Reactec, IOM found that the data collected by the HAVwear system, during real use, is comparable to the range of vibration magnitudes achieved by conventional measurement devices. When gathered on a regular basis the HAVwear information can be used to identify risks to vibration exposure trends. As one of the most common industrial diseases in the UK, developing innovative measuring devices to assess occupational exposure is a significant move in the ongoing prevention of HAVS. 
Shelia went on to say: “IOM believes in protecting worker health; businesses and industry should not only adhere to regulatory requirements but be proactive in their approach to reducing exposure to hazards, including hand-arm vibration.”
Launched in 2016, HAVwear is a wearable wrist device that monitors in real time an individual’s exposure to vibration when using power tools. Reactec’s analytical platform provides cloud-based reporting which allows dynamic risk assessment and exposure reduction. HAVwear has enjoyed significant sales since its launch and is in use by a number of leading companies in the UK, including British Airways, Murphy Group, Morgan Sindall Balfour Beatty, the Environment Agency, Siemens and Babcock. Reactec is also targeting other industry sectors both in the UK and internationally.
* Hand Arm Vibration Syndrome (HAVS), which is also known as Vibration White Finger, is one of the most common industrial diseases in the UK. The condition is usually caused by the prolonged use of power hand tools, whose vibrations can damage the blood vessels, nerves, muscles and joints of the hand, wrist and arm. 300,000 people in the UK suffer from the condition, for which there is no known cure, only prevention. 
7 March 2018                    -Ends-
Further information:
Debbie Johnston, Spreng Thomson, 0141 548 5191 /
Notes to editors:
About the study
The study was designed in two stages:
  1. The IOM firstly reviewed data collated by Reactec from 23 tool onsite scenarios with up to three simultaneous test methodologies – HAVwear and two ISO5349 compliant instruments. Each tool was tested up to 30 times. The IOM statistically analysed the data for consistency and correlation.
  2. From phase one the IOM determined a range of tools to evaluate autonomously which would yield a broad spectrum of tool behaviour. The IOM undertook 477 independent tests of 40 tools covering 16 tool types. The work was carried out in real tool use environments including road maintenance, forestry & grounds maintenance, workshop, and garage repair shops. The aim of this phase was to consider the HAVwear as a risk assessment and or a risk management tool.
About the Institute of Occupational Medicine (IOM)
  • The Institute of Occupational Medicine (IOM) is one of the leading providers of workplace health research and consultancy services.
  • Over 1,000 published scientific papers and reports 
  • Independent organisation which offers research, consulting and services in occupational and environmental health, workplace hygiene and risk, human factors and laboratory analysis.
About Reactec
  • Reactec is the award-winning UK market leader in the provision of monitoring devices and a management information reporting platform of Hand Arm Vibration (HAV) risk - the cause of one of the most common industrial diseases in the UK, Hand Arm Vibration Syndrome (HAVS) – also known as Vibration White Finger.  
  • Reactec’s Analytics Platform which includes the HAVwear is an automated solution for employers to monitor and manage vibration exposure risks. The HAVwear is worn by the tool user and exposure and tool data is transmitted online to provide companies with digital reports of their workforce exposure to potentially harmful levels of vibration. This product has c.50% market share of HAV monitoring devices sold in the UK. @reactec
  • Reactec has recently released a whitepaper documenting the results of their performance tests of HAVwear –
What is HAV / HAVS?
Hand Arm Vibration (HAV) is the cause of one of the most common industrial disease in the UK, Hand Arm Vibration Syndrome (HAVS) – also known as Vibration White Finger – with estimates that over 1 million UK workers are currently exposed to vibration over the HSE limit (source: HSE).
  • There is no cure for HAVS, there is only prevention (source: HSE).
  • There is inadequate research on what “safe” levels of exposure to vibration are (source: HSE Laboratories).
  • 2 million* people in the UK are at risk of HAVs. But currently there is under 100,000** take up of monitoring systems, around 5% (source: *HSE  **Reactec).
  • 139% surge in disease related employee personal liability claims (2011 – 2014, Weightmans)
  • 42% rise in the number of ‘Hand Arm Vibration’ non-compliances recorded through 20,000 site inspections in 2016 (source: BSG).
  • There are 300,000 people suffering from HAVS in the UK (source: HSE).
  • Successful HAVS related industrial disability claims have increased by 69% in last eight years (Industrial Injuries Disablement Benefit)


Morgan Sindall

“Continuous digital monitoring goes beyond the directive and establishes a useable management tool to raise awareness and educate tool users”.