Deflection and Runout
The sensors introduced here measure a target's deflection amount. When measuring a target's deflection and vibration, it's important to select a sensor responsive enough to perceive the change. Contact your nearest sales office with any questions.
Confocal Reflection Method
CL Series
A target's surface position is measured using a confocal reflective sensor.
Regardless of material or colour, targets can be measured with high stability even during motion.
Key Points for Selection
- High-accuracy non-contact measurement on any surface
- Ultra-compact and lightweight for easy installation
- Stable, repeatable measurement across a wide range
Confocal Displacement Sensor
CL-3000 Series
Confocal Reflection Method
CL Series
A target's surface position is measured using a confocal reflective sensor.
The ultra-compact, lightweight design ensures easy installation even in narrow spaces.
Key Points for Selection
- Ultra-compact design enables installation even in narrow spaces
- High-accuracy non-contact measurement regardless of target material colour or finish
Confocal Displacement Sensor
CL-3000 Series
Optical Thrubeam Method
LS Series
The position of an object's top surface is measured through the optical thrubeam method.
A highly accurate and stable measurement is possible using thrubeam types, even for round products with deflection. Even measurement of transparent objects is possible.
Point of selection
- Stable measurement with ultra-high accuracy
- Fast, non-contact measurement
- Measurement of transparent targets possible
Ultra High-Speed Optical Micrometer
LS-9000 Series
2D Optical Thrubeam Method
TM Series
This series is capable of measuring multiple diameters on a target.
Because the silhouette of the object is captured as with a projector, enabling multiaxis measurements and measurements like circularity to also be possible.
Point of selection
- Measurement possible at multiple points simultaneously
- Highly stable
High-Speed 2D Measurement Sensor
TM-3000 Series