Zytronic’s Projected Capacitive Technology enables @Table from Videofonika

ZY440_Image2_DSC_1141_in_action_HRESLeading developer and manufacturer of advanced projected capacitive touch screen solutions, Zytronic, has supported Videofonika in the creation of their latest touchscreen solution, the @TABLE™.

Working with Polish distribution partner, Elatec GmbH, this new interactive multimedia touch table delivers a sleek, contemporary and lightweight device which is ideally suited for innovative showrooms, modern museums and applications in the retail and entertainment industries.

Zytronic’s Projected Capacitive Technology (PCT™) was selected by Videofonika after a careful study of other competing touch screen technologies. Key to this decision was the responsiveness of Zytronic’s multi-touch sensor and controller and the robust and water resistant nature of the touchscreen.

The @TABLE uses a 42” multi-touch sensor which is fitted with antiglare glass and a printed black border with special icons for rotation and NFC sensors. The custom glass includes sealed joints within the metal chassis which makes the table waterproof. This feature adds to the ruggedness of the device, allowing it to be safely installed in high footfall public spaces, such as restaurants, hotel lobbies or even shopping malls.

Videofonika provide a selection of software application templates which enable @TABLE to be applied to different settings and environments such as trade shows, digital signage, e-banking, and as a help aid for medical applications. A dedicated browser interface enables multiple users to browse the Internet simultaneously on the same touch table.

Sales and marketing manager at Videofonika, Jakub Boni commented on working with Zytronic’s touchscreen technology for @TABLE: “We examined a number of different touchscreen solutions before going withZytronic. What attracted us was the reliable multi-touch performance of their PCT technology and the customised anti-glare glass which ideally suited our requirements for the @TABLE”.