by Ana Urbina (Admin)
Unlocking Precision in Glass Processing: The Power of Emissivity Correction
While precision and efficiency are paramount in industrial processes, glass processing demands particularly meticulous control to ensure the highest quality outcomes. This is where the revolutionary GS150 Glass Processing Imaging System steps in, redefining the way we approach temperature measurement for this delicate material.
Why is Emissivity Correction Important?
Emissivity is the efficiency of an object to emit thermal radiation and it plays a pivotal role in accurate temperature measurements. Glass presents a challenge for conventional temperature measurements, which struggle to account for the reflection and absorption of thermal radiation, leading to inaccurate readings, compromising product quality, increasing waste, and ultimately, incrementing financial setbacks. Emissivity correction bridges this gap by ensuring that temperature measurements are not only reliable but also representative of the true thermal state of the material.
Here's how our GS150 simplifies glass monitoring
At the heart of the GS150 System lies the remarkable MP Series Line Scanner. With a rotating mirror that scans a 90° field-of-view up to 150 times per second, it is able to capture thermal irregularities and hotspots across the entire glass surface in real time
The GS150 System intelligently corrects emissivity discrepancies by seamlessly integrating an IR point sensor at the bottom side of the glass, gauging temperature on the uncoated area. The system then transforms the data into a corrected thermal image. This straightforward approach empowers you to detect defects, optimize heating elements, and enhance product consistency with utmost efficiency.
If the system detects any anomaly, you can be sure that it is not a false alarm triggered by emissivity discrepancies. Therefore, you can take swift measures to protect your product and equipment!
Connect with us today and learn more about how the GS150 can help your business.