Our most satisfying success as a manufacturer has been in creating ruggedized products for customers' unique technology needs. If computing in the twentieth century was about putting technology in every home and office, the goal for the twenty-first century is moving the technology outdoors -- field ready ruggedized computing for great optics in every environment.

For either outdoor or underwater situations, we have developed field ready optical products for harsh environments that need ruggedized displays to prevent breakage and increase optics. Our A/R coatings provide extra hardness on both sides of glass for your field ready display needs. Harsh environment optical glass is available in 30% transmission, 50% transmission and 70% transmission. Our tempering process creates glass that is 3 to 5 times stronger than ordinary antireflective technology glass. Our cost competitiveness makes tempered glass from American Computer Optics the perfect choice for outdoor, underwater or other harsh environments in the field where ruggedized displays are essential for increasing optical performance and minimizing damage and breakage. We supply to manufacturers that require ruggedized LCD and Plasma flat panel displays and outdoor kiosks and info centers, ship board navigation systems, underwater or water surface displays. We meet field ready specs for technology enclosure glass needed with withstand a wide range of temperatures.

Protecting against terrorism has become a top concern among technology developers. We can add a blast resistant (anti-terrorism) film to any of our glass products to contain the shards in case of a forceful blast. Many injuries from terrorism and bombs come from flying shards of glass. This anti- terrorism product can be added to our tempered glass for the highest protection.

Ruggedized display technology must also be easy to clean. Our hydrophobic coating resists dust, dirt, oil and salt spray build-up. The glass cleans easily and quickly with a dry cloth.

Our UV glass coating protects sensitive LCD display computing technology from prolonged exposure in the field.