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Today, Vertex LCD has over 70 employees worldwide and has been providing active and passive enhancements for total TFT LCD solutions in the military, public safety, avionics, marine, gaming, digital signage, POS/ATM, medical, and system automation industries.
Vertex LCD Inc. provides total TFT LCD solutions including High-bright TFT LCD’s (using CCFL or LED), Optical Bonding of Touch Screens/Cover Glass, Anti-reflective Coatings, NVIS compatible LCD’s and Rugged LCD’s for indoor and outdoor applications. With two manufacturing facilities conveniently located in the United States and the Far East, each with expert engineering teams, Vertex LCD Inc. provides its customers with seamless service from design to manufacture to on-time delivery.
Vertex LCD Inc. specializes in providing high quality customized products to meet our customers’ specifications from prototype to mass production. Its LCD sizes range from 1.2” to 50” and each LCD can meet the requirements for rugged environments and direct sunlight viewing.
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Vertex LCD Inc., founded in 1999, is located in Orange County, California. Since its founding, Vertex LCD Inc. has been providing total TFT LCD solutions for the military, public safety, avionics, marine, gaming, digital signage, POS/ATM, medical, and system automation industries.
Vertex LCD Inc. provides total TFT LCD solutions including High-bright TFT LCD’s (using CCFL or LED), Optical Bonding of Touch Screens/Cover Glass, Anti-reflective Coatings, NVIS compatible LCD’s and Rugged LCD’s for indoor and outdoor applications. With two manufacturing facilities conveniently located in the United States and the Far East, each with expert engineering teams, Vertex LCD Inc. provides its customers with seamless service from design to manufacture to on-time delivery.
Vertex LCD Inc. specializes in providing high quality customized products to meet our customers’ specifications from prototype to mass production. Its LCD sizes range from 1.2” to 50” and each LCD can meet the requirements for rugged environments and direct sunlight viewing. |
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