Infrared Touch Screen

An infrared touch frame is a non-contact touch technology designed for large-format displays and long-term deployment projects. Using an X/Y infrared sensor matrix to detect touch positions, it offers high stability, strong resistance to optical interference, and excellent scalability. It is widely applied in smart city kiosks, commercial interactive displays, transportation terminals, and public infrastructure systems. ET&T provides engineering-driven ODM customization, including frame structure design, controller integration, and lifecycle management to support reliable and maintainable global deployments.

Why Choose Infrared Touch Frames for Industrial and Public Applications?

In smart city projects, transportation terminals, and large-format commercial displays, systems are expected to operate reliably over long deployment cycles under complex environmental conditions. Infrared touch technology provides strong stability and scalability for large displays while reducing mechanical integration constraints. Compared to bonded touch technologies, its structural design allows easier maintenance and module replacement, making it suitable for long-term infrastructure projects. Through an engineering-driven ODM approach, ET&T optimizes frame design and controller architecture based on real deployment conditions, helping customers reduce maintenance risks and improve system sustainability.

Size Range : 7” to Customized Sizes

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G2 Series Slim Type

IR Touch Screen Overlay with Glass & Hangers
Add-on overlay for LED/LCD/Plasma TV or projection screen
Single or multi (2, 6, 10 & more) ...

F2 Series Slim Type

IR Touch Screen Overlay
Interactive Whiteboard, Video Wall System
Single or multi (2, 6, 10 & more) touch operation ...

S2 Series Small Slim Type

IR Touch Small Screen Overlay with Glass
■ Single/Multi Touch Operation
■ Integrated with POS, Industrial PC, Open Frame, Kiosk, Dig ...

S2 Module Small Slim Type

IR Touch PCBA with Glass
Single or dual touch operation
Nearly all kinds of stylus materials can be employed ...