See Distance Measuring Device's detailed category ranking
High-precision 3D scanning just by walking. A field-complete handheld 3D laser scanner that even beginners can handle.
This is a building gauge measuring device for railway operators. Its main purpose is to easily measure the clearance from railway equipment such as signals. It aims to shorten nighttime work.
It is a building gauge measuring device for railway operators. Its main purpose is to be used for measuring the clearance of structures on platforms.
[Sample loan available!] Standard set of absolute type with a compact head of 65mm width, resolution 0.01mm.
Measuring distances up to 500m with an accuracy of ±1mm! Maximum measurement rate of 250Hz. Compliant with IP65, suitable for environments up to +60°C. Available for rent.
Measurement is possible up to 100 meters without a reflector (up to a maximum of 500 meters with a reflector). Measurement error is 1mm. Accurate measurements can be taken in a short time. It also contributes to cost reduction.
This is a building gauge measuring device for railway operators. It can automatically measure tunnel cross-sections. Equipped with a color LCD, it allows for on-site verification of measurement results.
Dimetix laser distance sensors are used in industrial applications around the world. They achieve high-speed measurements of 250Hz and are compliant with IP65.
Using a "building limit measuring device" for distance measurements of structures such as scaffolding and temporary installations during redevelopment work at major stations can significantly reduce work time.
Ideal for high-speed scanning of cross-sections of tunnels, bridges, and concrete structures, sharing measurement data with CAD data to improve efficiency.
When transporting heavy objects, retrofitting a laser distance sensor to an existing overhead crane allows for measuring position information and controlling to avoid collisions through coordinate management.
High-precision and quick measurements of the diameter, roundness, displacement, unevenness, and strain of large cylindrical shapes are possible using a 2D laser scanner.















































































































