Infrared touch and capacitive touch are two distinct touchscreen technologies with significant differences in their functioning and applications.
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Firstly, infrared touch technology uses infrared beams to detect objects that are in contact or in close proximity to the screen and determine their location. In contrast, capacitive touch technology measures the changes in capacitance or electrical charge that occur when an object comes into contact with the screen.
Secondly, infrared touch technology is more commonly used in public spaces or industrial environments and can support multi-touch capabilities, making it suitable for large screens or displays. By contrast, capacitive touch technology is more commonly used in home or office environments and provides high-precision single or multi-touch capabilities.
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Thirdly, capacitive touch technology is generally more sensitive and responsive to touch, allowing users to operate it easily with their fingers or a stylus pen. Infrared touch technology is relatively less sensitive, and its accuracy may be affected by the size, shape, and position of the object touching the screen.
In summary, while both technologies offer unique features and benefits, their applications, sensitivity, and precision differ significantly. Understanding these differences can help you choose the right touchscreen technology for your specific needs.
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