In industrial environments, screens are exposed to extreme temperatures, vibrations and dust. Durable capacitive screens are designed to function reliably under these harsh conditions, which is essential for machine and process control (HMI). Robust design and high-quality components ensure long life and minimal downtime.
Self-service kiosks, ticket machines and information displays in public areas are used intensively and continuously. Longevity, measured in millions of touches, is a crucial factor here. Displays must withstand vandalism and harsh weather conditions while providing a consistent and responsive user experience over many years.
Touchscreens in vehicles must withstand constant vibration, shock and large temperature fluctuations. Longevity and reliability are vital to the operation of navigation and infotainment systems. Components and assemblies are specifically selected to perform long-term under these dynamic and demanding conditions.
In medical environments, reliability and longevity are indispensable. Touchscreens on diagnostic devices or patient monitors must remain accurate and withstand regular cleaning with chemicals. The quality of the screen ensures that the equipment functions correctly throughout its entire economic life.
The lifetime of a capacitive screen is often expressed in the number of touches, typically tens to hundreds of millions. This high durability is achieved by the absence of moving parts and the use of a wear-resistant glass top layer. This ensures long-term and reliable operation, even under very intensive use in commercial or industrial applications.
Longevity is directly affected by the quality of the three main components: the cover glass, the ITO sensor and the controller IC. Strong glass such as Gorilla Glass prevents scratches and breakage. A stable ITO film and a quality controller ensure continued accuracy and responsiveness throughout the life of the screen.
Good structural design, including techniques such as 'full lamination,' protects the internal components from external factors such as moisture, dust and physical shock. This not only increases optical quality by reducing reflections, but also contributes significantly to the overall robustness and longevity of the touchscreen.
High-quality capacitive screens are designed to perform under a variety of environmental conditions. They are resistant to a wide temperature range, high humidity and the influence of UV radiation. This resistance ensures that the performance and physical integrity of the screen will not degrade, even when used outdoors or in demanding industrial settings.
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.
Dutch Dutch 
English
