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These durable mirrors have greater impact resistance than standard safety mirrors and won’t shatter into dangerous shards if broken.
The stainless steel backing withstands corrosion.
The telescoping arm allows you to adjust the height.
Use the telescoping arm to adjust the height.
Mount these portable mirrors to a metal surface.
Tilt these mirrors to change focus or fine-tune position.
The stainless steel surface will not break, shatter, or crack upon impact.
These mirrors have a lightweight acrylic surface that resists breakage.
Even with the harshest of impacts, these steel mirrors will not break, shatter, or crack.
Even with the harshest of impacts, these mirrors will not break, shatter, or crack.
These mirrors are flat and show objects to scale.
Check hard-to-see spots on parts and equipment for wear, damage, and defects with these portable mirrors.
Inspect dim or dark areas with these illuminated mirrors.
Unlike other inspection mirrors, these adjustable mirrors reflect a nonreversed image. They allow you to read hard-to-reach labels, part numbers, and serial numbers.
Inspect hard-to-reach places or pick up small, metal parts with one tool.
Slip these mirrors flat into narrow spaces and then tilt and lock the mirror at any angle up to 90°.
Made entirely of stainless steel for corrosion resistance.
A hands-free alternative to your typical inspection mirror, these mirrors stick to any magnetic surface.
Angle these mirrors any which way to check difficult to reach parts of your workpiece.
Perform hands-free inspections in dimly lit areas—these mirrors have a base that mounts to any magnetic surface and built-in LEDs to illuminate workpieces.
Mounted on casters, these mirrors maneuver under and around machinery, vehicles, and other hard-to-reach areas.
These plastic and metal mirrors are more damage-resistant than glass.
These sturdy mirrors are made of glass.
Stronger and with greater load capacities than gooseneck-style positioning arms, these arms keep their shape even when moving or when exposed to vibration. They’re often used in robotics and conveyor applications when frequent repositioning isn’t required.