GLASS WALL-THICKNESS
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GLASS WALL-THICKNESS
Product catalog summary
Glass Wall-Thickness Measurement
- Reflection Approach: This method does not require an opposite head, ensuring high accuracy and total safety for operators as it uses non-ionizing and non-radioactive light. It is easy to use and supports a multiple-head layout, allowing for quick integration into laboratory and production lines.
- Sensor Capabilities: The sensors can measure any transparent or semi-transparent material, including coatings.
- Main Applications: The primary applications in the glass industry include TFT and LCD panels, thin glasses for electronics, pharmaceutical tubes, lighting tubes, and glass plates for watchmaking.
- Advantages of M-thick Interferometric Optical Sensors: These sensors allow for the measurement of total thickness of glass panels, tubes, and objects in both production lines and QA/QC laboratories. The measurements are contactless and provide micrometric accuracy.
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Catalog excerpts
M-thick interferometric optical sensors allow to measure total thickness of glass panels, tubes and objects, both in production lines and in QA/QC laboratory. Measurements are contactless and provide micrometric accuracy. APPLICATIONS Sensors measure any transparent or semi-transparent material, including coating. Main applications for glass industry are: • TFT e LCD panels • thin glasses for electronics • pharmaceutical tubes and lighting tubes • glass plates for watchmaking ADVANTAGES • the reflection approach doesn’t require opposite head • high accuracy • total safety for operators (non-ionizing and non-radioactive light) • easy to use • multiple-head layout • quick integration in laboratory and production line
Open the catalog to page 1*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.