Wear these goggles over your prescription eyeglasses. Designed for continuous-use welding, they protect your eyes from harmful infrared light.

An adjustable strap keeps these goggles secure on your head better than safety glasses. Use them to guard your eyes from harmful light during laser welding and traditional welding. Since they can be worn for both traditional and laser welding, you can switch between the two without needing to swap out your safety goggles. They meet ANSI Z136.1 specifications for safety when using lasers. When laser welding, always wear these goggles with a laser welding helmet or hood—they’re slim enough to fit underneath. Do not wear these goggles under a regular welding helmet for laser welding, because they do not offer sufficient protection.

Visible light is the percentage of visible light that passes through the lens. The lower the percentage, the more light is blocked. Make sure enough light passes through to see your welding work clearly but not so much that it becomes dangerous.

Optical density indicates how much light a lens absorbs at a specific wavelength. The higher the density, the more UV, infrared, and visible light is blocked. Powerful lasers often require an optical density of 5 or higher.

These glasses protect your eyes from harmful infrared light while welding.

Glasses with an adjustable tilt have ratcheting hinges that allow you to angle the glasses toward or away from the cheeks for a comfortable fit.

Glasses with a padded frame or nosepiece provide added comfort.

These glasses protect your eyes from harmful infrared light while welding. Wear them over prescription eyeglasses. The lens extends around the temple for additional eye protection.

Flip between clear lenses for viewing and welding lenses that protect your vision from harmful infrared light. These glasses are curved, so they sit close to your face to protect against debris. For a comfortable fit, you can adjust how these glasses sit on your cheeks and nose. The hinges ratchet to adjust the arms, tilting the glasses toward or away from your cheeks. Widen or pinch the nosepiece to sit securely on your nose.

These glasses protect your eyes from harmful infrared light while welding. The lens extends around the temple for additional eye coverage.

Shield your eyes from harmful light during laser or traditional welding. These glasses meet ANSI Z136.1 specifications for laser safety. Since they can be worn for traditional welding as well as laser welding, you can switch between the two without needing to swap out your safety glasses. When laser welding, always wear them with a laser welding helmet or hood—they’re slim enough to fit underneath without a problem. Do not wear these glasses under a regular welding helmet when laser welding—they do not offer sufficient protection.

Visible light is the percentage of visible light that passes through the lens. The lower the percentage, the more light is blocked. Make sure enough light passes through to see your welding work clearly but not so much that it becomes dangerous.

Optical density indicates how much light a lens absorbs at a specific wavelength. The higher the density, the more UV, infrared, and visible light is blocked. Powerful lasers often require an optical density of 5 or higher.

Protect your eyes the moment you start welding with a helmet that senses light and automatically darkens. You can change the shade of the lens without removing these helmets by using a Bluetooth-connected app. The app also monitors battery life and tracks the time spent cutting. Save up to 10 setting combinations to switch tasks quickly. Along with the app, these helmets use a tap function to switch between welding and grinding modes. To change modes, tap the side of the helmet twice.

To improve your weld quality and decrease eye strain, you can switch between cool, neutral, and warm tones. The true color lens enhances clarity and color accuracy to reduce the color distortion of your view.

Every inch of these helmets is designed to improve your welding experience. A rounded, slim design helps you fit in tight spaces. Levers adjust the helmet’s tilt and position on your head. The head suspension sits comfortably on the back of the head and balances the helmet’s weight for a barely-there feel. Side windows increase peripheral vision for high-quality welds.

Use side window covers when you need to block peripheral light.

For full-face protection while welding, select one of these shields. They meet ANSI/ISEA Z87.1+ high-impact standards when worn with safety glasses or goggles. All have a ratchet adjustment with an easy-turn knob.

Flip-up lenses have a welding shade that raises to expose a viewing lens. These shields are good for cutting and brazing jobs.

Face shields with chin guard provide added protection.

Hold these lightweight face shields up to your face for quick inspection of welding activity. They meet ANSI/ISEA Z87.1 basic-impact standards when used with safety glasses or goggles.

The lens on these shields filters out harmful light to protect your eyes during traditional and laser welding. They meet ANSI Z136.1 specifications for laser safety. The curved design offers better peripheral vision than laser welding goggles and additional face protection from impact, sparks, and radiation. To meet ANSI Z87.1 standards for eye protection, wear these shields with compliant safety glasses. Customize the shield’s fit by twisting the easy-turn knob on the ratchet adjustment.

Visible light is the percentage of visible light that passes through the lens. The lower the percentage, the more light is blocked. Make sure enough light passes through to see your welding work clearly but not so much that it becomes dangerous.

Optical density indicates how much light a lens absorbs at a specific wavelength. The higher the density, the more UV, infrared, and visible light is blocked. Powerful lasers often require an optical density of 5 or higher.

Shade number indicates how much light is filtered by lenses. The higher the shade number, the darker and more protective the lens.