Press release
Laser Photonics Develops New Oven-less Annealing Process
Traditionally, to anneal a coating on glass, the coating was applied to the glass, baked at 600 degrees Celsius, and then cooled for three to four hours. Using this new oven-less annealing process developed by Laser Photonics, the coating is applied to the glass and then a laser beam is swept over the surface to anneal. The Heat Affected Zone (HAZ) is limited and the material can be handled relatively soon after the annealing is complete. Using this new process, the light transmission efficiency is increased by 35%. Additionally, the process lowers the electrical surface resistance, prevents de-lamination and performs recrystalization of amorphous silicon. Glass that has been coated and annealed is used for such things as: architectural glass, as seen in large buildings and skyscrapers, windshields and solar panels.
About Laser Photonics: Developing laser marking, laser cutting and laser engraving systems for precision material processing industries, Laser Photonics is leading the way with innovative fiber laser and CO2 laser systems. Our laser machines are used by manufacturers in the automotive, aerospace, industrial, defense, electronic and medical industries around the world. For additional information on Laser Photonics Fiber and CO2 Laser Systems for marking, cutting and engraving applications, please contact a representative at 1-407-829-2613, or visit www.laserphotonics.com.
Developing laser marking, laser cutting and laser engraving systems for precision material processing industries, Laser Photonics is leading the way with innovative fiber laser and CO2 laser systems. Our laser machines are used by manufacturers in the automotive, aerospace, industrial, defense, electronic and medical industries around the world. For more info visit www.laserphotonics.com or call 407-829-2613.
Laser Photonics, LLC
400 Rinehart Rd., #1000
Lake Mary, Florida 32746 USA
Contact: Maureen McHale
email: mmchale@laserphotonics.com
phone 011 407-829-2613 ext 317
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