UV exposure at curing intensities doesn’t announce itself the way visible glare does — an operator standing near an unshielded lamp face can take a meaningful dose without any immediate sensation of brightness or heat, which is exactly why the equipment generating that exposure needs dedicated eyewear rated for it, not general safety glasses repurposed from another task. Incure’s Vison™ is built around that gap: 99% UV blocking across the full spectrum, certified to two independent safety standards.
One Goggle, Rated Across the Whole UV Spectrum
Vison™ blocks 99% of UV radiation across UVC, UVB, and UVA — the full range covered by Incure’s UV curing equipment, from 365, 385, 395, and 405 nm LED sources through mercury arc and xenon lamp systems. That breadth matters on a floor running mixed equipment: a facility with both LED spot lamps and mercury-arc flood lamps doesn’t need separate eyewear rated for each technology, since Vison™’s protection isn’t wavelength-specific to one lamp type — one PPE standard covers the entire equipment fleet instead of a different pair of goggles per lamp category.
Certified to Two Independent Standards
Vison™ carries both ANSI Z87.1, the US standard for occupational eye and face protection, and EN166, its European equivalent — confirming the goggles meet defined impact-resistance, optical-quality, and UV-protection requirements rather than relying on a manufacturer’s UV-blocking claim alone. Carrying both certifications rather than just one matters for facilities operating under either regulatory framework, or for multinational operations standardizing PPE across sites in both regions. A goggle certified to only one of the two standards forces a site with operations in both jurisdictions to either stock two separate SKUs or accept a gap in one region’s compliance documentation — dual certification removes that choice entirely.
Impact-Resistant Polycarbonate, Wraparound Coverage
The lenses are impact-resistant polycarbonate — the industry-standard lens material for safety eyewear, chosen for its combination of impact resistance, light weight, and inherent UV-blocking properties before any additional coating is applied. The wraparound frame style extends that protection to peripheral vision, relevant specifically around flood lamps and conveyor systems where UV exposure isn’t confined to a narrow beam directly in front of the operator but spreads across a wider field.
Matching Eye Protection to Equipment Type
The specific hazard eyewear needs to address changes with the equipment nearby. Spot lamps like Incure’s L9000™ concentrate high-irradiance LED output into a narrow beam — a real ocular hazard even from brief or indirect exposure given the intensity involved. Flood lamps such as Incure’s L-Series™ expose a wider diffuse area, which is where the wraparound frame’s peripheral coverage does real work rather than being a comfort feature. Loading or unloading parts from an Incure B/C-Series™ cure chamber carries a residual-exposure risk during the moment the door or drawer opens, even though the chamber’s interlock cuts lamp power on opening. Conveyor lines running an Incure CDM™ UV conveyor expose infeed and outfeed stations to UV simultaneously across a larger area than a standalone lamp, making wraparound coverage standard PPE for personnel stationed at either end of the line.
Email Us with the Incure equipment your facility runs, and Incure’s engineers can confirm the eye protection setup appropriate for your floor layout.
Care and Replacement
Clean lenses with a soft, lint-free microfibre cloth and mild lens cleaning solution — abrasive materials or solvents can degrade the UV-protective coating over time and shorten the usable life of a pair well before the frame itself wears out. Store goggles in a case away from UV exposure when not in use, and replace them if the lenses become scratched or the frame cracks, since either kind of damage can compromise the protection the certification depends on. Eyewear that looks intact but has a scratched lens surface doesn’t reliably block UV the way an undamaged lens does, so a visual check before each shift is worth building into routine PPE handling rather than waiting for a scheduled replacement interval.
Where the Vison™ Fits
Electronics manufacturing environments running UV spot or flood curing near densely populated boards are a direct fit, where operators are frequently stationed close to active lamps during dispensing and inspection work. General industrial UV curing — adhesive bonding, coating cure, and potting across automotive, optics, and broader manufacturing — calls for the same standard eyewear regardless of which specific Incure system is in use, since the hazard comes from the UV output itself rather than from any one lamp’s application. In lab and R&D settings, personnel developing cure schedules, qualifying new adhesives, or mapping irradiance often work in closer, more direct proximity to unshielded curing events than a production operator would, making certified eyewear essential rather than optional PPE for that kind of bench work.
Contact Our Team to confirm the right eye protection setup for the Incure UV curing equipment on your floor.
Visit www.incurelab.com for more information.