Infrared touchscreens are robust and reliable in public or industrial environments. Because they work with gloves and the touch function is not affected by scratches on the glass, they are ideal for heavily used information kiosks and ticket machines. HMI panels in factories also benefit from this durability and flexible input method.
Capacitive technology dominates the market for smartphones, tablets, and laptops. Its high precision and superior, responsive multi-touch support for gestures such as pinch-to-zoom are essential to the modern user experience. The sleek, bezel-less design contributes to the premium look and feel that consumers expect from these devices.
For interactive whiteboards in classrooms, digital menu boards in restaurants, or large information panels, infrared technology is often the most cost-effective choice. The technology is highly scalable, making it possible to add touch functionality to very large displays in an affordable way.
Applications that require high accuracy and a modern look, such as medical equipment, advanced point-of-sale (POS) systems, or design-oriented control panels, often use PCAP technology. Its superior performance and borderless design make it the ideal choice for high-end systems.
A major advantage of IR touchscreens is that they can be activated with any non-transparent object. This includes a bare finger, a hand wearing thick gloves, a stylus, or any other random object. This universal input method offers maximum flexibility in a variety of usage environments, from industry to public kiosks.
Capacitive screens (particularly PCAP) are the standard for accurate and responsive multi-touch interactions. They typically support up to 10 or more simultaneous touch points, making complex gestures such as rotating, swiping, and zooming extremely smooth and intuitive. This is crucial for the interface of modern software.
With IR technology, the sensors are located in the bezel rather than on the glass itself. This means that a scratch or even a crack in the protective glass has no effect on the touch functionality. This makes the screens highly durable and less susceptible to vandalism or accidental physical damage, resulting in a longer service life.
Because the sensors are integrated directly into the glass, capacitive screens enable a completely flat, edge-to-edge glass design (true-flat or bezel-free). This gives a modern and aesthetically superior appearance that is also easy to clean. The absence of a raised edge prevents the accumulation of dirt.
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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