Collaborative Innovation: Engineering Glass Properties for Differentiated Lighting Products

In this installment, Kopp’s Manager of Research and Engineering, Adam Willsey, describes the collaborative innovation process and explains how Kopp’s engineering capabilities have been leveraged to overcome technology challenges.
By: Kopp Glass
 
PITTSBURGH - Sept. 5, 2013 - PRLog -- PITTSBURGH, Pennsylvania – As the adoption of energy efficient lighting continues to accelerate, companies are faced with an increased rate of product obsolescence. Emerging lighting technologies, specifically Light Emitting Diodes (LEDs) and plasma light sources, have disrupted longstanding industry specifications, bringing with them a whole new set of challenges that lighting engineers and designers must overcome to realize efficiency gains. Through collaborative innovation, lighting manufacturers are able to keep pace by utilizing custom engineered glass solutions that enable them to rapidly adapt existing product lines as well as pioneer new lighting products that are optimized for the latest technologies.

In this Expert Perspective Installment, Kopp’s Manager of Research and Engineering discusses several key design challenges associated with new lighting technologies and explains how the capability to manipulate glass properties on an atomic level - specifically transmission, color temperature and chromaticity - results in truly differentiated products that can command higher margins and achieve a sustained competitive advantage.

Click here to read the full article:

http://www.koppglass.com/about/expert-perspective-collaborative-innovation.php
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Source:Kopp Glass
Email:***@koppglass.com Email Verified
Tags:Leds, Collaborative Innovation, Lighting, Plasma, Glass
Industry:Aerospace, Engineering
Location:Pittsburgh - Pennsylvania - United States
Subject:Features
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