has an electrostatic field. A touch event occurs when a finger or conductive stylus interferes with the electric field projected above the surface.
- Additional Information
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Additional Information
Model Model KF-490-P00001 Touch screen type Nano touch foil Main features Touch technology Projected-capacitive Diagonal 49" Aspect ratio 16:9 Active area (W × H) 1079,97 mm × 610,03 mm Film Width 1092,87 mm Film height 622,93 mm Film thickness 0,15 mm Film material Metal mesh film Transparency ≥ 95% Touch points 10 Response object Finger, capacitive stylus Response time <10 ms Interfaces Touch film In USB Environment Working temperature -20... +70 °C Storage temperature -30... +80 °C Working humidity 20% – 80% Storage humidity 20% – 90% Power management Additional Features Compatibility with OS Windows 7 and higher, Linux (core 3,0 and higher)
Nano touch foil
49" KF-490-P00001
Details
KEETOUCH NANO FOIL
Keetouch Nano Foil 49" KF-490-P00001 is an advanced new generation projective-capacitive multitouch film. This unique product has pushed the limits of touch technology. With its help, any non-conductive surface turns into a touch panel or interactive screen.
Among the most popular examples are shop windows, office partitions, mirrors in fitting rooms, straight or curved walls, bar racks, etc. Faultless operation, precise touch response and compatibility with any surface makes it an ideal fit for most environments.
DURABILITY AND OPERATING CONDITIONS
The touch film is applied to one side of the glass, opposite to the side that is being touched by users.
Surface glass protects the film from vandalism, mechanical damage, moisture and dust. Keetouch films are not being affected by ultraviolet radiation. It is perfect for both indoors and outdoors: working temperature is -15 ° C to +75 ° C, resistant to temperature and humidity changes. The service life of the sensor film is ≥ 9 years.
ADVANCED PROPRIETARY TECHNOLOGY
Projected-capacitive touch film is perfect for multi-user experience.
Capacitive film has more than 90% transparency level; its thickness is 150 microns. It works perfectly under protective glass up to 8 mm thickness without reducing accuracy or response time. The controller and FPC cable can be located at the bottom, or on the side of the active area.
- Touch accuracy ≥ 3 mm, which can be compared with resistive touch screens
- Responds to touch 70% faster than infrared frames
- Fail-safe
- Smooth writing without break points
FLEXIBLE MOUNTING
Projected-capacitive touch film is bonded on the inside of any hard transparent surface, for instance, a shop window, office partition, window or mirror. The outside surface becomes interactive when a touch film is connected to a computer: users can manipulate content without touching the film directly. The glass behind which the film is fixed protects this film from mechanical damage or climate influence and increases its durability.
USING DISPLAY FOR OPERATION – the film is fixed on the inside of a transparent surface (window, mirror, glass). The monitor is being installed behind the film. There must be a gap between the film and the monitor.
USING PROJECTOR FOR OPERATION – touch film is fixed on the inside of the transparent surface, followed by the rear projection film, turning the outer surface into a touch screen. There should be a small gap between the film and the monitor.
USING A STATIC IMAGE FOR OPERATION – film is glued on the inside of the glass, a drawing or diagram is applied to the surface behind the film. Convenient solution for elevator control buttons. The glass behind which the film is mounted protects this film from mechanical damage and climatic influences and increases its durability.
TEST BEFORE INSTALLATION
Be sure to test the touch film before use: after installation, Keetouch will not accept claims for malfunction. We test each sensor film before shipment, so we are sure that the equipment is in good working order.
Application
- Gaming / casino systems
- Outdoor and indoor kiosks
- Entertainment
- Transport and ticketing
- Hospitality
- Banking
- Сustomized solutions
has an electrostatic field. A touch event occurs when a finger or conductive stylus interferes with the electric field projected above the surface.