The invention of Anti-vibration gloves were a Godsend for workers who use automatic equipment such as pneumatic tools, rivet guns, jackhammers, etc.
Many brands offer different protection for the person who is wearing the gloves. These are vibration-dampening, impact resistance, and metacarpal protection, which all reduce the risk of injury.
Studies have shown that these Ant-Vibration PPE gloves reduce the risks of vibratory injuries but may not prevent other types of injury.
The Risk of Injury From Vibration
Repeated trauma is a serious health and safety problem for workers who operate heavy machinery.
Those that do are at risk of several injures. These are Hand Arm Vibration Syndrome (HAVS), Carpal Tunnel Syndrome (CTS), and/or Vibration White Finger (VWF).
Hand Arm Vibration Syndrome
(HAVS) is serious and disabling, with almost 2 million people at risk. Damage can include the inability to carry out fine motor work with the cold as a potential trigger for finger blanching attacks. HAVS can cause pain, tingling, and a loss of sensation or strength.
It is preventable, but once the nerves, blood vessels, and/or joints are damaged, it is permanent.
Carpal Tunnel Syndrome
(CTS) is when the median nerve, controlling sensation and movement in the thumb and first three fingers, is pinched or compressed. This compression results in numbness, tingling, weakness, or pain in the hand.
Solutions to help ease the pain in your wrist is to wear a wrist splint, relieving nerve pressure as you sleep. The best practice is to cut down on the causes, such as playing an instrument or using vibrating tools.
Vibration White Finger
(VWF) is a form of Raynaud’s syndrome that is triggered by over-exposure and the use of hand-held machinery that vibrates which affects 20% of the population worldwide.
This syndrome causes the tips of your fingers to turn white because of abnormal spasms in the blood vessels that limit the supply to local tissues.
The primary disease is an autoimmune disease of the connective tissue (VWF is a second characteristic of the syndrome). Treat this by keeping warm, such as wearing gloves when it is cold. VWF can restrict blood supply, and in serious cases can cause ulcers, scarring, or gangrene.
The number of cases of vibration related syndromes, shown above, are declining because there is more awareness within the workplace and regulations limit the exposure of vibrations to workers.
How to Reduce Risks
For you and/or your employees, make sure that when you have to operate vibrating machinery, you keep your hands warm to improve blood flow and circulation. Take frequent breaks. Limit the time each person uses the equipment and invest in equipment that has reduced vibration.
Wearing protective gloves can help to keep your hands warm when it is cold. Because of this, it is always a good idea to wear them when using heavy, vibrating machinery. Although speciality gloves are not mandatory, they are needed to protect employees from the cold.
Do Anti-Vibration Gloves Work?
Anti-vibration gloves will protect the wearer because they keep hands warm and improve bloody flow. Both are benefits for using vibrating machinery.
It is crucial to make sure you have healthy blood circulation to avoid any long-term health issues in your hands.
Although they are beneficial, the gloves should not be seen as a long-term solution for employees who use the machinery often. These PPE gloves do not reduce the frequency related to vibration injuries.
They offer many health and safety benefits, but the best way to protect employees from potential risks is to monitor how often they use the machinery. Also, you can provide other tasks for your workers to do so they can take a break.
Anti-vibration gloves do not protect the wearer from their intended purpose, but they offer some level of protection that is vital. As someone trying to build a PPE kit, invest in good quality, warm, well-fitted gloves as well as anti-vibration gloves.