 |
 |
||
 |
 |
 |
|
|
Assess, Test and ReviewTen Ways to Prevent Eye Injuries at Work Eye injuries in the workplace are very common. More than 2,000 people injure their eyes at work each day. About 1 in 10 of those require one or more missed workdays to recover. Of the total amount of work-related injuries, 10 to 20 percent will cause temporary or permanent vision loss.According to Prevent Blindness America, a volunteer eye health and safety organization with the sole mission of preventing blindness and preserving sight, the correct eye protection could have lessened the severity or even prevented 90 percent of eye injuries in accidents. Common causes for eye injuries are flying objects (bits of metal, glass), tools, particles, chemicals, harmful radiation, and or any combination of these or other hazards. Here are 10 ways that you can help prevent an eye injury in your workplace: Assess: Look carefully at plant operations. Inspect all work areas, access routes, and equipment for hazards to eyes. Study eye accident and injury reports. Identify operations and areas that present eye hazards.Test: Uncorrected vision problems can cause accidents. Provide vision testing during routine employee physical exams.Protect: Select protective eyewear that is designed for the specific duty or hazard. Protective eyewear must meet the current standards from the Occupational Safety and Health Act of 1970 and later revisions.Participate: Create a 100 percent mandatory program for eye protection in all operation areas of your plant. A broad program prevents more injuries and is easier to enforce than one that limits eye protection to certain departments, areas, or jobs.Fit: Workers need protective eyewear that fits well and is comfortable. Have eyewear fitted by an eye care professional or someone trained to do this. Provide repairs for eyewear and require each worker to be in charge of his or her own gear.Plan for an Emergency: Set up first aid procedures for eye injuries. Have eye wash stations that are easy to get to, especially where chemicals are used. Train workers in basic first-aid and identify those with more advanced training.Educate: Conduct ongoing educational programs to create, keep up, highlight the need for protective eyewear. Add eye safety to your regular employee training programs and to new employee orientation.Support: Management support is to having a successful eye safety program. Management can show their support the program by wearing protective eyewear whenever and wherever needed.Review: Regularly review and update your accident prevention policies. Your goal should be NO eye injuries or accidents!Put it in Writing: Once your safety program is created, put it in writing. Display a copy of the policy in work and employee gathering areas. Include a review of the policy in new employee orientation. To help prevent an eye injury, workers should:• Know the eye safety dangers at work; complete an eye hazard assessment; • Eliminate hazards before starting work. • Use machine guarding, work screens, other engineering controls); • Use proper eye protection; and • Workers should wear safety eyewear whenever there is a chance of eye injury. Anyone working in or passing through areas that pose eye hazards should wear protective eyewear. Safety eyewear protection includes non-prescription and prescription safety glasses, goggles, face shields, welding helmets and full-face respirators. The type of safety eye protection should wear depends on the hazards your workplace. If you are working an area that has particles, flying objects, or dust, you must at least wear safety glasses with side protection (side shields). If you are working with chemicals, should wear goggles. If you are working near hazardous radiation (welding, lasers, or fiber optics) you must use special-purpose safety glasses, goggles, face shields, or helmets designed for that task. What is the difference between glass, plastic, and polycarbonate safety lenses? All three types of safety lenses meet or exceed the requirements for protecting your eyes. Glass Lenses • Are not easily scratched; • Can be used around harsh chemicals; • Can be made in your corrective prescription; • Are sometimes heavy and uncomfortable. Plastic Lenses • Are lighter weight; • Protect against welding splatter; • Are not likely to fog; • Are not as scratch-resistant as glass. Polycarbonate Lenses • Are lightweight; • Protect against welding splatter; • Are not likely to fog; • Are stronger than glass and plastic; • Are more impact resistant than glass or plastic; • Are not as scratch resistant as glass. FSM
|
|
|
      
|
||||
|
© 2010 Facility Safety
Management - All Rights Reserved - |
