Capacitive screens dominate the market for consumer electronics such as smartphones and tablets. Their superior image quality, durability and intuitive multi-touch controls for gestures such as zooming and swiping perfectly match the modern user's expectations for smooth, responsive interaction.
Resistive touchscreens are a robust choice for industrial HMIs. Because they respond to pressure, operators can operate them with thick gloves on. These screens are less sensitive to electrical noise and surface contaminants such as dust or liquids, ensuring reliable performance in demanding factory environments.
Modern medical devices often use PCAP displays because of their bright, easy-to-read displays and durable glass surfaces that are easy to disinfect. The technology supports operation with thin medical gloves and provides the precision needed for complex medical interfaces, improving hygiene and efficiency.
POS systems and other POS terminals traditionally use resistive touch screens. The technology is cost-effective and reliable for simple input tasks. A key advantage is the ability to capture signatures with a regular stylus, which is often required in transactions.
Capacitive screens detect the disruption of an electrostatic field by a conductive object, such as a finger. Resistive screens require physical pressure to bring two flexible, conductive layers into contact, closing a circuit. This method works with any object, including a nonconductive stylus or gloved hand.
Thanks to a glass top layer, capacitive screens offer superior light transmission (up to 90%), resulting in brighter and sharper images. This glass also makes them scratch-resistant. Resistive screens have a flexible plastic top layer that reflects light and reduces brightness. This layer is also more susceptible to scratches and abrasion.
Projected Capacitive (PCAP) technology is the standard for multi-touch, allowing complex gestures such as pinching and zooming. This is a core feature for modern interfaces. Resistive touchscreens are generally limited to single-touch because detecting multiple pressure points simultaneously is technically complex and unusual for this technology.
Resistive screens are impervious to liquids and most electrical noise. Capacitive screens are more scratch-resistant but may react unintentionally to water droplets. However, modern PCAP controllers incorporate advanced algorithms for water rejection and noise suppression, making them increasingly robust for harsh conditions.
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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Dytos, in collaboration with EETI, invites you to an exclusive, hands-on workshop designed to give you a competitive edge in the world of touchscreen solutions.
Date: Friday, November 28, 2025
Time: 09:30 - 14:00
Location: Dytos HQ, van der Waalsstraat 50, 2721KX, Zoetermeer
