Transform your touch panel device into a contactless touch interface!! ~By using 3D holograms, we assist user interactions~
This product allows for operation in mid-air without touching a touch panel by combining an infrared sensor and a 3D hologram. The floating dot hologram on the screen visually assists with non-contact operation. Existing touch panel devices can be easily converted into non-contact devices.
Inquire About This Product
basic information
The hovering touch sense function assists user operations, providing excellent usability. ● A sensing function is set at a position 3 cm above the touch panel screen, enabling stress-free input through unique sensing technology. ● A dot pattern created by a special hologram sheet appropriately guides the touch position in the vertical direction of the screen, assisting users who previously could not recognize it intuitively. Since the touch surface is visible, it reduces the screen contact issues that occurred with previous non-contact touch panels.
Price range
Delivery Time
Applications/Examples of results
- Non-contact conversion of existing touch panel devices
Detailed information
-
By aligning the non-contact touch sensing surface at the same height, the dot pattern serves as a guide for the pressing position.
-
A special hologram sheet is attached to the LCD screen, and the dot pattern created by the hologram is focused at a spatial position 3 cm vertically from the monitor screen by the bottom LED light trading company.
catalog(1)
Download All CatalogsCompany information
Our company has pursued the security of printing and information media based on the fundamental stance of "trustworthy humanity" and "sincere business attitude." By obtaining numerous manufacturing certifications and approvals, we have established a stringent security system, promising our customers "peace of mind" and "safety." Additionally, in collaboration with our group companies, we respond to our customers' needs through a consistent network that spans development, manufacturing, sales, and distribution.