Laser Diameter Gauge, Single Axis, 0.1-25mm

Single axis laser diameter gauges have high accuracy and precision, often capable of measuring diameters down to micrometer-level tolerances. Laser diameter measuring devices are widely used in various industries such as wire and cable manufacturing, metalworking, plastics extrusion, and textile production.

Features

• Laser diameter gauge is a measurement of diameter value, with a multi-angle display of the operation panel.
• This laser diameter measuring equipment adopts fully automatic closed-loop control technology and advanced DSP processing technology.
• The measurement process is not affected by speed and vibration.
• It comes with an over-tolerance alarm function.
• It adopts high-quality stainless steel fasteners, an aluminum die-casting shell, a plastic spraying surface, and good corrosion resistance.
• RS232/485/MODBUS protocol communication interface.

Specification

Dimension (Unit: mm)

ATO-CJY-25AR

ATO-CJY-25A

ATO-CJY-25AL

Tips: What factors affect the measurement data of laser diameter gauges?

The measurement data of laser diameter measuring instruments are affected by many factors:

1. Laser beam quality: The divergence angle, spot shape, and beam mode of the beam will affect the accuracy of the measurement.
2. Environmental factors: Environmental conditions such as temperature, humidity, and air pressure will cause scattering and diffraction of the laser beam, thus affecting the measurement results.
3. Instrument calibration: The calibration status of the measuring instrument directly affects the measurement accuracy. Uncalibrated or inaccurately calibrated instruments will produce deviations.
4. Measuring distance: Laser diameter measurement usually relies on the expansion of the laser over a certain distance. Changes in the measuring distance will affect the results.
5. Detector sensitivity: The sensitivity and response time of the detector will affect the capture and processing of the signal, thereby affecting the measurement data.
6. Surface reflectivity: The reflectivity of the surface of the measured object affects the echo signal of the laser beam. Low reflectivity surfaces may cause signal weakening.
7. Power supply stability: Power supply fluctuations will affect the stability of the laser output, thereby affecting the measurement accuracy.

Taking these factors into consideration, the measurement accuracy and reliability of the laser diameter measuring gauge can be improved.