Programmatic background

Ensuring the dimensional accuracy of products is a crucial part of the production process of injection molded parts. The traditional manual measurement method is not only inefficient, but also easy to introduce human errors, which is difficult to meet the requirements of modern manufacturing industry for high accuracy, high efficiency and data traceability. Therefore, we propose an automatic dimensional measurement solution for injection molded parts based on POMEAS online projected image measuring instrument, which aims to improve the measurement efficiency, ensure the measurement accuracy, and realize the visualization and traceability of data.

Measurement program

The POMEAS in-line projected image measuring machine is perfectly suited for the automated dimensional measurement of injection molded parts, thanks to its five main features:

1. High-precision Measurement: POMEAS online projection image measuring instrument adopts advanced image recognition and processing technology, which is capable of realizing micron-level high-precision measurement to ensure the dimensional accuracy of injection molded parts is accurately reflected.

2. Efficient automation: The measuring instrument supports the automation of the whole process of automatic loading, automatic positioning, automatic measurement and data recording, which significantly improves the measuring efficiency and reduces the labor cost.

3. Data visualization and traceability: Measurement results can be displayed on the screen in real time, and support data export and report generation, which is convenient for production managers to view and analyze at any time. Meanwhile, the measurement data has time stamp and other information to ensure data traceability.

4. Strong adaptability: POMEAS online projected image measuring instrument can be flexibly configured according to the shape, size and measurement requirements of injection molded parts to meet the measurement needs of different types of injection molded parts.

5. Stable and Reliable: The use of high quality hardware components and advanced algorithms ensures that the gauge maintains a high degree of stability and reliability during long-term operation, reducing failure rates and maintenance costs.