Molecular Glasses, Inc. CEO and Founder Presenting at LOPEC 2016, 8th International Exhibition and Conference for the Printed Electronics Industry, Munich, Germany
Rochester, NY, March 10, 2016 --(PR.com)-- At the upcoming LOPEC 2016 Conference in Munich, Germany, Molecular Glasses, Inc. CEO and Founder Michel (Mike) Molaire will give a presentation on Thursday, April 7, “NONCrystallizable™ OLED, the Bridge to the Future,” at the Functional Materials Session. Molaire will also pitch at the Startup Forum, Seed Financing, on Wednesday, to international investors. LOPEC (Large-area, Organic & Printed Electronics Convention) is organized jointly by the OE-A (Organic and Printed Electronics Association) and Messe München GmbH. LOPEC is the leading international trade fair and conference for printed electronics in the high-tech business location of Munich. The three-day LOPEC Conference starts on April 4th, and the exhibition takes place on April 5th. More than 2,100 people from 40 countries attended LOPEC 2015.
Mr. Molaire joins a line-up of 200 presenters from about 30 countries representing many of the major companies and universities involved in printed electronics, including: Samsung Electronics, Merck Chemicals, Philips, Sumitomo Chemicals, BASF, Massachusetts Institute of Technology, University of Cambridge, and The Hebrew University of Jerusalem.
“Molecular Glasses has invented a new class of materials, NONcrystallizable™ OLED, which bridge the gap between small molecules and polymers,” said Molaire. These materials are compatible with both today’s thermal/vacuum deposition and tomorrow’s printing manufacturing processes. NONcrystallizable™ OLED materials provide highly uniform layers for superior device longevity and performance, under all device conditions, without limiting the manufacturing process choice. These materials will enable improved yields with today’s thermal/vacuum manufacturing process. Furthermore, NONcrystallizable™ materials are soluble in common organic solvents and can be formulated into inks suitable for the future printing technologies. Thus, with a single set of NONcrystallizable™ materials OEMs can improve the OLED device lifetime, performance, and manufacturing yield. With the same materials, they can also develop the printing technologies which are required for future commercial success.
NONcrystallizable™ means efficient OLED. Long-lived OLED. Affordable OLED.
About Molecular Glasses, Inc.
Molecular Glasses, Inc. is a supplier of patent pending materials to Original Equipment Manufacturers (OEMs) of Organic Light Emitting Diodes (OLED) for use in displays (cell phones and tablets for example, and specialty lighting. These materials will enable OEMs to produce OLEDs with longer device life, higher light output, lower power consumption, and reduced manufacturing costs. This new class of materials is fully compatible with both the current thermal/vacuum deposition manufacturing processes and the emerging printing manufacturing processes (ink-jet, roll-to-roll, etc.). Molecular Glasses will derive revenue both from the licensing of patents and the sale of materials. www.molecularglasses.com
Molecular Glasses™, NONcrystallizable™, Molaicular™, Molaicular Inside™, ISOmeric™ are trademarks of Molecular Glasses, Inc.
Mr. Molaire joins a line-up of 200 presenters from about 30 countries representing many of the major companies and universities involved in printed electronics, including: Samsung Electronics, Merck Chemicals, Philips, Sumitomo Chemicals, BASF, Massachusetts Institute of Technology, University of Cambridge, and The Hebrew University of Jerusalem.
“Molecular Glasses has invented a new class of materials, NONcrystallizable™ OLED, which bridge the gap between small molecules and polymers,” said Molaire. These materials are compatible with both today’s thermal/vacuum deposition and tomorrow’s printing manufacturing processes. NONcrystallizable™ OLED materials provide highly uniform layers for superior device longevity and performance, under all device conditions, without limiting the manufacturing process choice. These materials will enable improved yields with today’s thermal/vacuum manufacturing process. Furthermore, NONcrystallizable™ materials are soluble in common organic solvents and can be formulated into inks suitable for the future printing technologies. Thus, with a single set of NONcrystallizable™ materials OEMs can improve the OLED device lifetime, performance, and manufacturing yield. With the same materials, they can also develop the printing technologies which are required for future commercial success.
NONcrystallizable™ means efficient OLED. Long-lived OLED. Affordable OLED.
About Molecular Glasses, Inc.
Molecular Glasses, Inc. is a supplier of patent pending materials to Original Equipment Manufacturers (OEMs) of Organic Light Emitting Diodes (OLED) for use in displays (cell phones and tablets for example, and specialty lighting. These materials will enable OEMs to produce OLEDs with longer device life, higher light output, lower power consumption, and reduced manufacturing costs. This new class of materials is fully compatible with both the current thermal/vacuum deposition manufacturing processes and the emerging printing manufacturing processes (ink-jet, roll-to-roll, etc.). Molecular Glasses will derive revenue both from the licensing of patents and the sale of materials. www.molecularglasses.com
Molecular Glasses™, NONcrystallizable™, Molaicular™, Molaicular Inside™, ISOmeric™ are trademarks of Molecular Glasses, Inc.
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Molecular Glasses, Inc.
Mike Molaire
585-210-2861
molecularglasses.com
Mike Molaire
585-210-2861
molecularglasses.com
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