Glass Production

Benefit from high flexibility, exact temperature measurement, and excellent repeatability in your glass making processes.

In energy-intensive glass making processes, you need to ensure your end-products meet stringent marketplace requirments. Temperature measurement, monitoring, and optimization are critical to your success. You require high flexibility, precise temperature measurement, and excellent repeatability.

Choose from a wide range of Advanced Energy's infrared solutions for the glass industry. Our pyrometers and thermal imagers feature the specific ruggedness and precision your glass production applications require. Whether it be for flat glass or solar glass, container glassware, utility glassware, or technical glass, all of our products deliver fast and accurate temperature readings.

Your Challenge

Critical temperature measurements are taken during various glass production stages without contact (e.g. glass melting furnaces, working tanks, feeders, or gobs). You must carefully monitor glass temperatures, production equipment, and machinery to ensure your product quality meets stringent marketplace requirements.

To do this, you need non-contact and digital measurment devices that enable high flexibility and repeatability, eliminate contamination of molten glass, increase throughput rates, and guarantee fast and precise temperature measurements.

Our Solution

Rely on our infrared solutions for unmatched flexibility, throughput rates, and temperature measurement precision.

Advanced Energy's digital measuring equipment with compact electronic components guarantees rapid and exact temperature measurements and excellent repeatability. Choose from robust and precise non-contact pyrometers and thermal imagers for your specific glass making requirements. We also offer intensive consultation with our sales and application engineers to further optimize your processes and help you solve glass application challenges.

Thank You

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Thank You

You may now view any resource on the Advanced Energy site. Click the button below to view your requested resource.