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E-mail
eh@cn-eh.com
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Phone
18988704999
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Address
No. 7, West 1st Street, Xingfa South Road, Wusha Liwu Sixth Industrial Zone, Chang'an Town, Dongguan City, Guangdong Province
Dongguan Yihui Optoelectronics Technology Co., Ltd
CCD measuring instrument has a high degree of automation and simple operation
Date: 2025-11-22Read: 1
CCD measuring instrument is a visual inspection instrument based on charge coupled devices (CCD). It uses CCD image sensors to convert optical images into digital signals, thereby achieving high-precision, high-speed, non-contact measurement and detection.
1、 Working principle
Conversion and processing based on optical images. When the light source shines on the object being measured, the light reflected or transmitted by the object is focused on the CCD image sensor through the optical system. The tiny photosensitive substances (pixels) on CCD image sensors convert the received light signals into electrical signals, which are processed by external sampling amplification and analog-to-digital conversion circuits to form digital image signals. Computers or other processing devices further process and analyze these digital image signals to obtain parameters such as size, shape, and position of the measured object.
2、 Core components
1. CCD image sensor: As the core component, the CCD image sensor is responsible for converting optical images into digital signals. The more pixels it has, the higher the image resolution it provides and the corresponding improvement in measurement accuracy.
2. Optical system: including lenses, light sources, and other components, responsible for focusing the reflected or transmitted light of an object onto a CCD image sensor and ensuring clear imaging.
3. Processing equipment: such as computers or other specialized processors, responsible for processing and analyzing the digital image signals output by CCD image sensors to obtain measurement results.
3、 Main features
1. High precision measurement: Using high-resolution CCD image sensors and advanced optical systems, it can achieve micrometer level or even higher precision measurement, meeting the requirements of precision component detection and quality control.
2. High degree of automation: Instruments are usually equipped with functions such as autofocus, automatic recognition, and automatic measurement, greatly improving measurement efficiency and accuracy. Simultaneously supporting the use in conjunction with computers or other automation devices to achieve automation and intelligence in the measurement process.
3. Easy to operate: With a user-friendly interface and simple operation process, operators can quickly get started and master measurement skills proficiently. In addition, the instrument is equipped with detailed operation manuals and online help documents, making it convenient for users to access and learn at any time.
4. Strong data processing capability: Yihui Optoelectronics' CCD measuring instrument has powerful data processing capabilities, which can process and analyze measurement data in real time, generate detailed measurement reports and charts. At the same time, it supports multiple data output formats, making it convenient for users to perform subsequent data processing and analysis.
5. High stability: The instrument uses high-quality materials and advanced manufacturing processes to ensure its stability and reliability. At the same time, Yihui Optoelectronics also provides comprehensive after-sales service and technical support to ensure that users receive timely and effective assistance during use.
4、 Application Fields
CCD measuring instruments are widely used in industrial manufacturing, quality control, scientific research and other fields. For example:
1. Industrial manufacturing: In industries such as mechanical processing and electronic manufacturing, it can be used to detect parameters such as size, shape, and position of parts to ensure that product quality meets standards.
2. Quality control: During the product quality inspection process, it can be used to detect appearance defects, dimensional deviations, and other issues of the product, improving inspection efficiency and accuracy.
3. Scientific research: In fields such as materials science and biology, it can be used to observe and analyze microstructures, cell morphology, etc., providing strong support for scientific research.