By using multiple ultra-compact tilt sensors (autocollimators), which can measure angles without contact, it is possible to support a variety of applications.
For example, by installing the ultra-compact tilt sensor (autocollimator) in opposing positions and measuring the angles of two sides of the object to be measured, the parallelism of the object can be instantly confirmed.

If you are interested in non-contact, high-precision parallelism measurement, please contact us from the following link.

By combining multiple ultra-compact tilt sensors (autocollimators), which can measure angles without contact, it is possible to support a variety of applications.
For example, by setting the ultra-compact tilt sensor (autocollimator) in a perpendicular position and measuring the angle between two sides of the object to be measured, it is possible to instantly measure the squareness of the object.

If you have any request for non-contact high-precision squareness measurement, please contact us from the following link.

This optical sensor can measure the position (X-Y) of an object with non-contact and high accuracy.
This optical sensor is ideal for measurement and inspection of moving mechanisms in the X-Y direction.
It has been adopted for inspection of actuators with image stabilization function of lens shift and sensor shift method.
Please refer to the specifications below.
Specifications and product names are subject to change.

If you have any questions about the product, please contact our sales representative or click below.

We have achieved a measurement range (±15 deg.) that exceeds the ±10 deg. measurement range of our existing autocollimator.
This is the first non-contact optical sensor* in the world that employs the laser autocollimator method.
*As of April 2024, according to our own research.

Applications.
Measurement of actuators in cameras for smartphones, especially periscope cameras and camera module tilt OIS cameras.
Tilt angle inspection of the gimbal mechanism that moves the camera mounted on a drone.
Measurement of scanning mirrors mounted on LiDAR, etc.
Tilt angle inspection of MEMS mirrors etc.
Please see below for a demonstration of the measurement.
The object to be measured (mirror) is placed on a 2-axis gimbal, and the tilt angle of the gimbal is measured.
Measurement values are displayed.
The measurement value can also be output as a voltage at the same time.
(DC±5V=θ±15deg Sampling frequency: 10kHz)

If you are interested, please contact us from the following.

By connecting the GP-2000 signal processing unit for ultra-small tilt sensors to a PC and using the GP 2000 Paramset software, the measurement spot image can be confirmed.　
By checking the actual spot image, it is possible to confirm that the measurement is being performed under normal conditions.

This function is supported by GP-2000 software Ver. 1.01 or higher.
Please contact us for details.