EV Group and Brisbane Materials Introduce Novel Anti-Reflective Coating Solution for LED Lighting Applications at Strategies in Light

Unique anti-reflective materials combined with coating equipment and process expertise create 'total' AR coating solution to increase lumen output by up to eight percent

STRATEGIES IN LIGHT, Santa Clara, Calif., February 25, 2014 - EV Group (EVG), a leading supplier of wafer bonding and lithography equipment for the MEMS, nanotechnology, solar and semiconductor markets, and Brisbane Materials Technology (BMT), a specialty materials company, today introduced a new anti-reflective (AR) coating solution based on BMT's innovative XeroCoat® materials, which is designed to substantially increase lumen output of light emitting diode (LED) devices.  The jointly developed manufacturing solution, which leverages a combination of AR coating processing equipment and tunable, durable, inorganic coating material, enables lumen output increases of up to eight percent.  The AR coating manufacturing solution can be seamlessly integrated with established production schemes, allowing the coating of LED components at room temperature and atmospheric pressure.

"Improving light efficiency is a constant goal for LED chip and luminaire manufacturers in order to drive down the total cost of LED lighting.  However, extracting further improvements in light output from the LED chip design and epitaxial layer growth process has become increasingly difficult and costly.  As a result, any incremental improvements in light output that can be gained from other areas with minimal cost or disruption to the LED manufacturing flow can have a significant impact on reducing overall system cost," stated Dr. Antun Peic, business development manager at EV Group.  "Through our partnership with BMT, we've developed a turnkey manufacturing solution that has achieved a significant breakthrough in improving LED light efficiency, which can help accelerate new applications for solid-state lighting such as smart lighting and smart building."

Under a strategic cooperation agreement, EVG has optimized its precision coating systems for BMT's unique materials and processes, enabling high-yield fabrication of AR coatings with industry-leading performance and cost.  The innovative technology enables the creation of a nano-porous silicon dioxide (SiO2) coating from a liquid precursor at room temperature and atmospheric pressure on plastic and glass lenses and luminaires. The SiO2 film, which has undergone rigorous testing, including a 2.5-year accelerated aging test equivalent to more than 20 years of field application, is covalently bonded to the surface to give maximum durability and field reliability.

"Our collaboration with EV Group in the solar market over the past several years has proven the ability of our joint-AR coating solution to provide significant improvements in solar cover glass transmission," commented BMT founder and CEO Dr. Gary Wiseman.  "We are very excited to begin providing our patented XeroCoat® anti-reflective materials to LED lighting customers.  Our unique solution provides a simple and cost-effective way for customers to increase lumen output.  Working with our equipment partner, EVG, we provide the equipment, materials, and process as a turnkey solution to our customers."

The large-area spray deposition method employed for this new process provides maximum processing flexibility as well as scalability.   According to Paul Lindner, executive director of technology at EVG, "The large-area spray coating technology used in this process has been in commercial production in the display technology space for well over 10 years.  This field-proven equipment solution, combined with BMT's novel material, allows us to quickly and uniformly coat nano-scale films onto a large number of luminaires?a key requirement to meet the challenging volume and cost targets of our LED customers.  In addition, spray coating allows for coating over a large range of form factors?for instance, lenses with highly curvilinear features?which is another important requirement for the LED luminaire market."

Potential customers interested in learning more about EVG and BMT's joint-ARC solution, as well as EVG's other manufacturing solutions for high-brightness LED fabrication, are invited to visit the companies' shared booth #845 at the Santa Clara Convention Center in Santa Clara, Calif., during the Strategies in Light 2014 Conference and Exhibition on February 25-27.  In addition, Dr. Peic of EV Group will present on the joint-ARC solution on Thursday, February 27 from 11:10 a.m. to noon on the Strategies in Light exhibit floor.


About Brisbane Materials Technology (BMT)
Brisbane Materials is a specialty materials company focusing on creating innovative materials solutions for solar, lighting and other applications.  Based in Brisbane, QLD Australia and Silicon Valley, the company has patented technology for creating high performance, low-cost wide-area coatings of porous silica and other materials, made from liquid precursors at room temperature and atmospheric pressure. The company's anti-reflective coatings provide a cost-effective method of improving the transmittance of glass, plastic and other substrates.  For more information, see www.brismat.com.

About EV Group (EVG)
EV Group (EVG) is a leading supplier of equipment and process solutions for the manufacture of semiconductors, microelectromechanical systems (MEMS), compound semiconductors, power devices and nanotechnology devices.  Key products include wafer bonding, thin-wafer processing, lithography/nanoimprint lithography (NIL) and metrology equipment, as well as photoresist coaters, cleaners and inspection systems.  Founded in 1980, EV Group services and supports an elaborate network of global customers and partners all over the world.  More information about EVG is available at www.EVGroup.com.


EV Group Contacts:
Clemens Schütte
Director, Marketing and Communications
EV Group
Tel: +43 7712 5311 0
E-mail: Marketing@EVGroup.com

David Moreno
Vice President
MCA, Inc.
Tel: +1.650.968.8900, ext. 125
E-mail: dmoreno@mcapr.com

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