Application Solutions

Meandering/Edge

Finding The Right Solution for Meandering and Edge Measurement

When looking for the best way to measure meandering/edge, there are a number of important factors to consider, including the type of measurement system and the installation environment. Selecting equipment that doesn't adequately meet your needs can lead to insufficient precision and increased man-hours during production, so choosing the right equipment is important. This site is designed to help you discover the best way to perform meandering/edge measurement with confidence.

How to Measure Meandering and Edge

Find the best measurement method and the right equipment to measure "Meandering and Edge".

Meandering and edge position measurement with a thrubeam-type sensor

Example Application: Meandering measurement of rubber sheets

Optimal measurement system

Optimal measurement systemThrubeam Optical Micrometer

Edge position and target fluctuations are measured for objects within the beam.

KEY POINTS

The detection threshold can be manually adjusted to allow for stable measurements even for transparent targets.

1D Telecentric Optical Method.
Long service life design that is free of moving parts.
Fastest sampling rate in its class at 16 kHz.

LS Series

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Meandering and edge position measurement with a reflectance-type sensor

Example Application: Meandering measurement of rubber sheets

Optimal measurement system

Optimal measurement system2D Laser Displacement Sensor

The laser line reflects off the target creating a profile from which the edge position fluctuations can be measured. This measurement can be taken from above or the side of the target.

KEY POINTS

Edge position variation and height fluctuations can be measured simultaneously.
Edge meandering can be monitored from a distance

2D Triangulation Method.
In-line Multi-point measurement.
World's Fastest sampling rate at 64,000 images/sec.

LJ-X Series

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