Difference between Capacitive and Infrared Touchscreens

Infrared (IR) touchscreens detect touch by breaking an invisible light grid. They are durable, cost-effective for large formats, and work with any opaque object, such as a gloved hand. Capacitive touchscreens, such as PCAP, detect the disruption of an electric field by a conductor such as a finger. This technology offers superior multi-touch precision, a sleek, borderless design, and performs better in bright environments, making it the standard for consumer electronics.

Large Displays

Large Displays

Infrared technology is a cost-effective solution for large screens, such as interactive whiteboards and information kiosks, where the production costs of large capacitive screens are significantly higher.

Industrial Environments

Due to their robust construction and the ability to be operated with gloves, IR screens are ideal for industrial control panels, public kiosks, and other demanding environments.

Consumer Electronics

Capacitive screens are the standard for smartphones and tablets due to their high precision, smooth multi-touch, and borderless design that offers a premium user experience.

Clear Environments

Because capacitive technology is less sensitive to interference from strong sunlight than infrared, it is a more stable and reliable choice for devices used in bright or outdoor environments.

Versatile Operation

IR screens can be activated with any opaque object, including bare fingers, gloves, or a stylus. This offers maximum flexibility in various usage situations where users do not always work with bare hands.

High Precision & Multi-Touch

PCAP (Projected Capacitive) technology offers highly accurate and responsive multi-touch. It supports intuitive gestures such as pinching and swiping flawlessly, which is essential for modern graphical interfaces.

Sustainability & Maintenance

With IR technology, the sensors are incorporated into the edges. Physical damage to the glass surface, such as a scratch, therefore has no effect on the touch functionality, which improves durability.

Modern Rimless Design

Capacitive screens do not require raised edges (bezels) for sensors. This allows for a completely flat and sleek edge-to-edge glass design, which is more aesthetically appealing for modern devices.

Summary

Infrared (IR) touchscreens detect touch by breaking an invisible light grid. They are durable, cost-effective for large formats, and work with any opaque object, such as a gloved hand. Capacitive touchscreens, such as PCAP, detect the disruption of an electric field by a conductor such as a finger. This technology offers superior multi-touch precision, a sleek, borderless design, and performs better in bright environments, making it the standard for consumer electronics.

Do you have more questions?

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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