Stick these levels to most metal surfaces to mark a dot up to 500 feet across your plant. They’re often used for long range applications, such as laying out conveyors and aligning ventilation systems. The single laser dot gives you a simple check that your installation is level against one reference point. These levels are compact, portable, and have a long battery life. Mount them to rotating equipment without worrying about power cords.

Red lasers are dimmer than green lasers, so they’re best viewed indoors. Green lasers appear up to 10 times brighter than red lasers, so they remain visible from farther distances and in brightly lit areas, including outdoors.

Use a leveling plate for mounting the laser to a tripod, or placing it on a surface. The plate has three adjustable legs to level the laser.

90° beam splitters convert one dot into two dots set at a 90° angle.

Dot-to-line converters change the dot into a vertical or horizontal line.

These kits include a laser, a beam splitter, and a leveling plate. Mark a dot up to 1,000 feet across your plant for long-range applications such as laying out conveyors and positioning ventilation systems. A single laser dot gives you a simple way to check that your installation is level. These levels are compact, portable, and have a long battery life. You can mount them to rotating equipment without worrying about power cords. The beam splitter converts one dot into two dots that are set at a 90° angle. Use the leveling plate to steady lasers on uneven surfaces or to mount them to a tripod. These plates have three adjustable legs that stabilize the laser.

Red lasers are best used indoors, since they’re dimmer than green lasers. Green lasers appear up to 20 times brighter than red lasers, so they’re visible outdoors and in bright lighting. They’re also easy to see from far away.

Dot-to-line converters change the dot into a vertical or horizontal line.

Mark a dot up to 100 feet across your plant for long-range applications such as laying out conveyors and positioning ventilation systems. The single laser gives you a simple reference point to check that your installation is level. These levels are compact, portable, and have a long battery life.

Red lasers are best used indoors, since they’re dimmer than green lasers. Green lasers appear up to 20 times brighter than red lasers, so they’re visible outdoors and in bright lighting. They’re also easy to see from far away.

Add a leveling plate to steady lasers on uneven surfaces or to mount them to a tripod. These plates have three adjustable legs that stabilize the laser.

90° beam splitters convert one dot into two dots set at a 90° angle.

Dot-to-line converters change the dot into a vertical or horizontal line.

Mount this laser into a chuck on your milling machine or drill press to precisely indicate the drilling point. The laser projects a red dot and is best viewed indoors.

These lasers are sized for mounting on machinery to ensure tools are properly positioned. You can also use them in conjunction with machine-vision cameras to serve as a reference location for making measurements. They have wire leads with a plug that fits an optional transformer (sold separately), or cut off the plug to connect to a DC power source. The size of the dot increases as the distance increases. Laser light is red and is best viewed indoors.

Optional fastener/magnet mounts have a magnetic base and mounting holes. Optional clamp mounts clamp onto conduits that are approximately 1” in diameter, such as those found in older factories and warehouses.

Fine-tune the size of the laser dot. This laser is sized for mounting on machinery to ensure tools are properly positioned. You can also use it in conjunction with machine-vision cameras to serve as a reference location for making measurements. Laser light is red and is best viewed indoors.

With a sealed lens and an IP67 rating, these lasers are dust and liquid tight, so you can mount them to machines in dusty or wet areas such as labs, warehouses, or marine environments to align components.

Red lasers are best for indoor environments because they’re dimmer than green lasers.

Green lasers appear up to 10 times brighter than red lasers, so they’re easier to see outdoors, in bright indoor lighting, and from far away.

Position these lasers at the correct angle for your job with adjustable angle mounts. They allow 360° rotation.

Use magnetic mounts to attach these lasers to machines and other steel surfaces instead of drilling holes and bolting them. They hold lasers at a fixed angle, but you can combine them with adjustable angle mounts for 360° rotation.

Position these lasers directly on a flat surface. Lasers project a red dot that is best viewed indoors. Twist the knob to focus the dot so it is more precise at short distances.

Align rotary shafts with the help of a mobile app. These sensor kits are more accurate than straightedges and easier to use than dial indicators. Properly aligning shafts reduces vibration and protects couplings, bearings, and other parts from wear and damage.

Use the included chain clamps to mount these sensors above your coupling, where they detect the degree of misalignment between the shafts. The app shows live animations to give step-by-step instructions for repositioning your equipment. Once the shafts are aligned, the app saves a report documenting the process.

Good for extended use in industrial environments, these sensors last up to 18 hours between charges and are IP54 rated for protection from dust.

They cannot be sold to the listed areas due to energy efficiency regulations.