Modern consumer electronics almost always use capacitive digitizers. This technology enables multi-touch gestures and offers high sensitivity and clarity, which is essential for the user experience on these devices.
Drawing tablets, or graphics tablets, use specialized digitizers for digital art. They accurately measure the position, pressure, and angle of the stylus, giving artists a natural and precise drawing experience on the computer.
Resistive digitizers are often used in industrial environments or on older devices such as ATMs. Because they respond to pressure, they can be operated with gloves or any stylus, making them robust and versatile.
Point-of-sale (POS) systems and information kiosks often use resistive touchscreens because of their durability and reliability. The pressure-based input is robust and works consistently, even in demanding public or commercial environments.
This technology works via physical pressure. Two flexible, conductive layers are pressed together by touch, creating an electrical contact. The system calculates the X and Y coordinates based on the location of this contact point.
A glass plate with a conductive layer is subjected to a slight electrical voltage. Contact with a conductive object, such as a finger, disrupts this field. Sensors detect this change and thus determine the exact location of the contact.
Used in drawing tablets. The tablet generates a field that activates a passive coil in the stylus. The stylus sends back a signal, which is picked up by a grid of antennas in the tablet to determine position, pressure, and tilt very precisely.
The core function of any digitizer is to convert a physical contact point into a digital signal. This signal consists of X and Y coordinates that the computer can interpret to move a cursor, execute a command, or draw a line.
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
