CE ISO 17025 Certified Image Measuring Instrument for Precision Metrology

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CE ISO 17025 Certified Image Measuring Instruments: Excellence in Precision Measurement

In the field of modern industrial production and quality control, accurate measurement technology is a key factor in ensuring product quality and performance. CE ISO 17025 certified image measuring instrument, as a representative device for precision measurement, combines advanced optical imaging technology and high-precision measurement system to provide reliable dimensional measurement solutions for various industries. In this article, we will discuss the characteristics, advantages, application areas and usage of this measuring instrument to help you fully understand this precision measurement tool.

I. Product Overview

CE ISO 17025 certified image measuring instrument is a high-precision measuring device that integrates optical imaging, image processing and precision measurement. It accurately projects the image of the measured object onto the sensor through the advanced optical system and high-resolution imaging technology, and then analyzes and processes the image with professional measuring software, thus realizing the precise measurement of the object's size, shape, position and other parameters. The measuring instrument complies with the ISO/IEC 17025:2017 standard jointly formulated by the International Organization for Standardization and the Institute of Electrical and Electronic Engineers, which signifies that it has reached the international advanced level in terms of measurement capability, data processing and quality control, and is able to provide users with accurate, reliable and traceable measurement results.

Technical Parameters

Optical system: Equipped with high-precision optical lens and lighting system to ensure clear and accurate imaging.

Sensor: High-resolution CCD or CMOS sensor is adopted to capture high-quality images.

Measuring range: Depending on the model, the measuring range can cover different sizes to meet diversified measurement needs.

Measurement Accuracy: Extremely high measurement accuracy, up to the micron level, suitable for measurement tasks with stringent accuracy requirements.

Software system: Built-in powerful measurement software, supporting automatic measurement, data recording, statistical analysis and other functions, to improve the measurement efficiency and convenience of data management.

Operation Steps

Sample preparation: Fix the sample to be measured on the working table of the measuring instrument to ensure that its position is stable and easy to measure.

Equipment calibration: Turn on the measuring instrument and carry out system calibration, including the calibration of the optical system and the calibration of the sensor to ensure the accuracy of the measurement.

Measurement Setting: According to the characteristics of the sample and the measurement requirements, select the appropriate measurement mode and parameter settings, such as illumination intensity, magnification, and so on.

Image Acquisition: Through the operation control interface, start the image acquisition function to obtain a clear image of the sample.

Data Measurement and Analysis: Use the tool function of the measurement software to perform size measurement, shape analysis and other operations on the acquired image. The software will automatically calculate and record the measurement data, and at the same time provide the statistical analysis results of the data, which is convenient for the user to evaluate and make decisions on the measurement results.

Report Generation: After the measurement is completed, the measurement software can generate a detailed measurement report, which includes measurement data, analysis results, image screenshots, etc. Users can export the report to different formats according to their needs, so as to facilitate archiving, sharing and further discussion.

Application Areas

Mechanical manufacturing industry: used to measure the size, shape and positional tolerance of various mechanical parts to ensure that the processing accuracy of the parts meets the design requirements.

Electronic and electrical appliances industry: in the production process of electronic components, circuit boards, etc., the size and spacing of tiny parts are measured accurately to ensure product quality and performance stability.

Automobile manufacturing industry: Measure the size and shape of automobile parts to ensure the assembly accuracy and overall performance of the parts, and improve the safety and reliability of the car.

Aerospace field: to meet the demand for high precision measurement of aerospace parts, to ensure that the manufacturing accuracy and quality control of aircraft parts meet strict standards.

Precision mold manufacturing: help mold manufacturers accurately measure the size and shape of molds, ensure the manufacturing accuracy and service life of molds, and improve the molding quality of products.

V. Advantageous Features

High-precision Measurement: With advanced optical imaging technology and high-resolution sensors, it is capable of achieving micron-level measurement accuracy, providing reliable data support for precision manufacturing and quality control.

Efficient data processing: the built-in measurement software has powerful data processing capabilities, can quickly and automatically complete the measurement task and generate detailed measurement reports, greatly improving the measurement efficiency and convenience of the workflow.

Wide range of application adaptability: Suitable for a wide range of sample types, whether metal, plastic or composite materials, etc., can be easily coped with, to meet the measurement needs of different industries and application scenarios.

Compliance with international standards: CE and ISO 17025 certifications ensure that the equipment complies with international standards in terms of measurement capability, data processing and quality control, providing users with accurate, reliable and traceable measurement results, which helps to enhance the competitiveness of users' products in the market and quality reputation.

Good Repeatability and Stability: The use of high-quality optical components and stable mechanical structure design ensures the repeatability and stability of the measurement results, even in a long period of continuous measurement, it can also maintain a high degree of accuracy in the measurement performance, which provides a stable measurement basis for the quality control and optimization of the production process.

VI. Summary