Measurement of Rubber Parts Using 2.5D Auto Measuring Machine MVS Series

【Case】

I. Measurement Requirements: Cut the workpiece in half and measure multiple locations of the rubber part's inner hole wall for R fillets and angles.

II. Measurement Contents

Using the 2.5D Auto Measuring Machine MVS Series MVS-4030, in conjunction with the iMeasuring measurement software, measure the rubber part. The measurement process includes the following steps: Firstly, cut the rubber part and divide it into two halves. Then, use the 2.5D Auto Measuring Machine MVS Series to measure the inner hole wall of the rubber part. The main content of the measurement includes R fillets and angles at multiple locations. The minimum radius points of the inner hole wall are usually the locations that require special attention. During the measurement process, the R fillet sizes of these points can be determined to ensure they meet the design specifications.

To ensure measurement accuracy and reliability, the measurement will be repeated five times to obtain more reliable results. Each measurement will be performed using the iMeasuring measurement software and the 2.5D Auto Measuring Machine MVS Series MVS-4030.

Through this measurement process, accurate measurement data of the R fillets and angles at different locations of the rubber part's inner hole wall can be obtained. This will help evaluate the quality and certain characteristics of the rubber part and ensure its compliance with design requirements.

II. Advantages of 2.5D Auto Measuring Machine MVS Series

1. Improved Efficiency: The 2.5D Auto Measuring Machine MVS Series can complete the measurement and inspection process at a high speed, suitable for mass production environments. It can automatically handle workpieces and complete measurements in a short time, greatly improving production efficiency.

2. Consistency and Accuracy: The XYZ three-axis CNC of the 2.5D Auto Measuring Machine MVS Series provides precise positioning. It adopts precision linear guides, ground ball screws, AC servo motors, etc., ensuring the accuracy and stability of the motion system, enabling accurate measurement of dimensions and geometric features. Compared to manual measurements, it eliminates the subjective factors of operators, ensuring the consistency and accuracy of measurement results.

3. Automated Data Processing: The 2.5D Auto Measuring Machine MVS Series can automatically record and process measurement data without manual intervention. This significantly reduces the time and labor cost of data processing and provides more accurate data analysis and statistical reports.

4. Fault Detection and Troubleshooting: The 2.5D Auto Measuring Machine MVS Series can detect defects and abnormalities in workpieces and provide timely alarms or processing. It helps users identify problems and faults in the production process and take corresponding measures to eliminate them, ensuring the stability of product quality.

5. Data Traceability and Quality Management: The 2.5D Auto Measuring Machine MVS Series can store and trace the measurement data of each workpiece, providing strong support for quality management. If problems are found during the production process, users can trace back to the specific measurement data, identify the root causes of the problems, and take measures for correction and improvement.

In summary, the 2.5D Auto Measuring Machine MVS Series has the capabilities of consistency, accuracy, automated data processing, fault detection and troubleshooting. It can improve production efficiency, ensure product quality, and support data-driven quality management and continuous improvement.

IV. Applications of 2.5D Auto Measuring Machine MVS Series: Electronics industry, medical devices, LCD, aerospace, and other industries requiring measurement.

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