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Standard capacitive screens require direct contact with the skin because they respond to the body's electrical properties. This makes operation with ordinary gloves impossible. Use in cold or industrial environments requires special conductive gloves or appropriate screen technology, which can be a significant operational limitation.
The manufacturing of capacitive screens is more complex and therefore more expensive than that of resistive screens. This is due to the use of materials such as Indium Tin Oxide (ITO) and more advanced manufacturing processes. These higher costs affect the final price of devices, especially in budget-sensitive markets or large-scale projects.
Moisture is a major weakness of capacitive technology. Water droplets, condensation or high humidity can interfere with the screen's electric field. This often leads to inaccurate detection or 'phantom' touches, where the screen responds without being touched. This makes them less suitable for outdoor use or in humid environments without additional protection.
Although the glass surface is scratch-resistant, a crack or deep scratch can completely shut down the operation of a capacitive screen. The damage disrupts the uniform electric field essential for touch detection. Unlike resistive screens, where damage often remains localized, with a PCAP screen a single crack can render the entire panel unusable.
At Dytos, we understand that each industry has specific requirements for touch solutions. That's why we offer a wide range of products and services designed to meet these diverse needs.
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