Employees need safety glasses whenever their work could expose their eyes to a hazard that ordinary prescription glasses or sunglasses cannot control. The right choice depends on the task, materials, tools, and work environment—not just the job title. Start by looking for ways eyes could be struck, splashed, exposed to dust, or affected by radiation. A clear assessment helps employers choose appropriate protection and gives workers practical guidance they can follow throughout the shift.
Spot Common Eye Hazards
Flying particles are a common risk during cutting, drilling, grinding, sanding, chipping, and similar tasks. Dust and debris can also become airborne during cleanup or material handling. Assess what could reach the eyes, how quickly it might travel, and whether the hazard can come from the side or below as well as from the front.
Liquids and chemicals can splash during mixing, pouring, cleaning, or equipment maintenance. Heat, sparks, and molten material may affect workers near welding, furnaces, or hot processes. Bright light and radiation from welding or certain equipment can also injure eyes. Consider nearby workers and passersby, not only the person operating a tool.
Assess Each Task
Walk through the work area and observe tasks as they are actually performed. Ask workers where they encounter dust, splash, impact, glare, or unexpected movement of materials. Review equipment instructions, chemical safety information, incident reports, and changes to tools or processes. Check routine work as well as setup, cleanup, maintenance, and tasks performed only occasionally.
Identify who could be exposed, how often exposure occurs, and how serious an eye injury could be. Consider whether barriers, guards, ventilation, or safer work methods can remove or reduce the hazard. Protective eyewear is one layer of control; it should not replace practical measures that keep hazards away from workers.
Match Protection to the Risk
Choose eyewear designed for the specific hazard and task. Safety glasses with side protection may suit some impact risks, while chemical splashes may call for goggles that seal around the eyes. Face shields can add protection against splashes or flying material, but they usually need to be worn with suitable primary eye protection. Welding requires protection matched to the process and exposure.
Check that eyewear fits securely, provides the needed coverage, and works with other required protective equipment. Workers who need vision correction may require prescription safety eyewear or compatible protective eyewear worn over their glasses. Look for applicable safety markings and follow the product instructions and workplace requirements. Replace eyewear that is cracked, deeply scratched, loose, or otherwise damaged.
Make Protection Part of Work
Explain which tasks require eyewear, what type to use, and where it must be worn. Keep suitable equipment accessible at the point of use, and show workers how to check fit, clean lenses, and store eyewear to prevent damage. Supervisors should correct gaps promptly and revisit the assessment when a task, material, tool, or work area changes.
Ask workers whether fogging, pressure, poor visibility, or incompatibility makes protection difficult to wear. Address those problems by adjusting fit or selecting a suitable alternative rather than accepting inconsistent use. Keep the assessment and eyewear guidance clear enough that employees can tell what protection they need before starting each task.
Employees need safety glasses when an eye hazard remains during their work, and the protection must match the exposure. Review tasks, involve workers, and update the choice when conditions change. For help considering prescription and task-compatible options, contact Saskatoon WorkSight to discuss workplace eyewear needs.