Color TFT-LCD Modules for Industrial Use
Mitsubishi Electric belongs to the world leading companies in Manufacturing, Marketing and Sales of electric and electronic products. Established in 1978, the German Branch of Mitsubishi Electric is located in Ratingen, North Rhine-Westphalia and is responsible for all technical services, marketing and sales activities in Germany. The Semiconductor European Business Group is operating all sales and export activities for Western and Eastern Europe, Russia and South Africa from its headquarters in Ratingen.
Offering a wide range of TFT-LCD (Thin Film Transistor Liquid Crystal Displays) modules, Mitsubishi Electric covers the whole European market with sales offices or distributors in all European countries. TFT-LCD modules by Mitsubishi Electric are built for a wide variety of industrial uses, such as transportation (train, bus, aircraft, etc), measuring instruments, automatic teller machines (ATM), vending and ticket machines, factory automation equipment, point of sale (POS), medical equipment, and much more.
Mitsubishi Electric’s color TFT-LCD modules for industrial applications have a product range from 5.7” to 19” for 4:3 format, and from 4.3” to 19.2” for wide-format. They offer optimal visibility through products with various technologies like super high brightness, wide temperature range, super wide viewing angle, and white LED backlight version. Furthermore, they feature high reliability respectively forward compatibility and long term support as well as enhanced view ability through Mitsubishi Electric original technology: a Natural Color Matrix. All TFT-LCD modules are RoHS compliant.
Designed for high reliability, optimal visibility and enhanced view ability, Mitsubishi Electric's leading-edge TFT-LCD modules ensure optimum performance and excellent color quality in a broad range of not only indoor but also outdoor operating environments. The technologies behind them bring us one step closer to the realization of true images with realistic color and clear visibility even under strong sunlight.