Drop Protection for Displays
Industrial displays are frequently deployed in harsh environments. Our client's requirement was that the integrated LCDs should not break when dropped from hand height, unlike their previously used product. In such scenarios, it is crucial to consider not only the LCD but also the entire customer product and to optimize its integration. We successfully achieved this by modifying the mounting and beveling the glass corners, thereby eliminating glass breakage.
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UV Resistance of Passive LCDs
UV radiation shortens the lifespan of various materials used in liquid crystal displays. The front polarizers of LCDs, which are directly exposed to UV light, are always significantly affected. While specially UV-resistant polarizers exist, even these degrade over time with continuous UV exposure. Therefore, when designing devices permanently exposed to sunlight, a suitable cover or UV protection is crucial. In addition to polarizers, UV light also impacts other materials within the LCD cell, and the combination of high temperature and radiation can lead to undesirable burn-in effects. Based on numerous relevant projects, we can now offer an ideally coordinated material and software combination capable of preventing UV damage.
Wide Temperature Ranges
The typical operating temperature ranges for LCDs and TFTs are -20 to 70°C. This is insufficient for many industrial applications deployed globally in outdoor environments. By utilizing specialized materials, broader temperature ranges can be achieved in industrial settings. However, it is important to note that switching times significantly increase at low temperatures.
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