Surface Acoustic Wave LCD Industrial Touch Screen Monitors
View Caltron SAW industrial touchscreen monitor lineup below -- and if you do not find what you are looking for, contact Caltron today for the right interactive display solution.
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 Standard Aspect Ratio LCD SAW Touchscreen Monitors
Caltron 4 by 3 aspect ratio LCD open frame touch monitors display size ranging from 6 to 19 inch durable for industrial and commercial applications |
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Widescreen LCD SAW Touchscreen Monitors
Caltron wide aspect ratio ultra bright LCD open frame touch monitors display size 24 inch durable for industrial and commercial applications operates under higher ambient environment |
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High Bright LCD SAW Touchscreen Monitors
Caltron 4 by 3 aspect ratio LCD open frame touch monitors display size ranging from 8 to 19 inch durable for industrial and commercial applications |
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Widescreen Sunlight Readable LCD SAW Touchscreen Monitors
Caltron wide aspect ratio ultra bright LCD open frame touch monitors display size 24 inch durable for industrial and commercial applications operates under higher ambient environment |
SAW Touch Screen Technology uses ultrasonic wave technology over the touch panel. Acoustic waves are sent across the panel with a series of transducers and reflectors, creating an invisible grid across the screen. The waves are broken when a finger pushes on the touch screen; technologies allow for the detection of the specific location, sending the position data to the controller for processing. If the sensor detects a link, an executable is launched -- similar to clicking a mouse. SAW Touch Screen Technology panels are the most advanced touch screen technologies available but are susceptible to environmental damage.
Why choose a Surface Acoustic Wave Touch Screen Monitor?
Because this touch screen technology is all glass, there are no layers to be worn down, giving it the highest durability and clarity available. This type of touch screen technology is ideal for medical applications, touch displays, kiosks, computer-based training, or other high-traffic indoor environments. In addition, this touch screen technology requires the use of a glass layer, making it potentially unavailable for all LCD panels.
