Under the continuous development of modern manufacturing industry, the precision and efficiency of material measurement are required more and more. As a commonly used transparent plastic material, the accurate measurement of plane size, plane contour and height difference of acrylic sheet is crucial to ensure product quality. Multi-sensor measurement system plays an increasingly important role in the measurement of acrylic sheet with its high precision and high efficiency.

Multi-sensor measurement system overview:

A multi-sensor measurement system is a measurement device that integrates multiple sensors to simultaneously measure multiple dimensions of a target object. The system usually includes laser sensors, CCD cameras, ultrasonic sensors and other sensors, which can be flexibly configured according to different measurement needs. Through data acquisition, processing and analysis, the multi-sensor measurement system is able to provide accurate measurement results, providing strong support for product quality control and process optimization.

Detection needs:

Plane size measurement: Need to accurately measure the length, width and other dimensional parameters of the acrylic sheet to ensure that it meets the design requirements.

Plane contour measurement: need to measure the acrylic plate surface flatness, curvature and other contour parameters, in order to assess its surface quality.

Height difference measurement: It is necessary to measure the height difference between different positions of the acrylic board to assess its overall flatness.

Detecting Applications:

1, plane size measurement: the use of laser sensors to scan the acrylic board, through data acquisition and analysis, to get the accurate length, width and other dimensional parameters. The laser sensor has high precision and high speed, can meet the high precision requirements of acrylic board size measurement.

2, plane contour measurement: through the CCD camera on the surface of the acrylic plate to shoot, combined with image processing technology, to extract the surface contour information. At the same time, ultrasonic sensors can be used to non-contact measurement of the surface to further verify the accuracy of the contour parameters.

3, height difference measurement: the use of laser sensors or ultrasonic sensors on the acrylic plate height measurement of different positions, through data comparison and analysis, to get the height difference between different positions. These data can help assess the overall flatness of the acrylic sheet and provide guidance for subsequent processing.

Multi-sensor measurement system through the integration of a variety of sensors and advanced measurement Multi-sensor measurement system has an important application value in acrylic plate measurement. By integrating a variety of sensors and advanced measurement technology, the system can realize the accurate measurement of acrylic plate plane size, plane contour and height difference and other dimensions. These measurement data are important for ensuring the quality of acrylic sheet products and improving production efficiency. Technology to achieve accurate measurement of multiple dimensions of acrylic sheet.