You can obtain our interactive tables in two different versions
As xSlate, a touch insert based on PCAP touch foils. It can be installed in any table, even in existing furniture.
The infrared touch table, on the other hand, is particularly suitable for large and special formats.
| Features PCAP | Features IR-Sensoren |
|---|---|
| Available from 5“ to 100”, almost all image formats possible | Available from 20“ to 500” with a maximum height of 4m (special sizes possible) |
| HID, 2, 10, 40, 100 touch points | HID, 2, 10, 40, 100 touch points |
| Fully insensitive to light | Fully insensitive to light |
für Touch tables
Directly at the point of sale (consulting or sales table)
Conference or meeting room
Trade fairs and events
Reception area
Waiting room
Treatment room
Showroom or Customer Center
Interactive game table
for Interactive touch tables
Structure and function of xSlate
The xSlate can be integrated into your own table as a ready-to-use HID-capable touch unit, which leaves virtually all design options open for you. With up to 100 simultaneous touch points, several people can work at the same time completely independently and control one software.
We implement our xSlates using PCAP sensors. With a projected-capacitive touchfoil, a glass surface is made touch-sensitive, so that the user can act through a screen, as one would expect from a tablet or smartphone touch screen.
This technique is the first choice when it comes to first-class design, as it allows a flat glass surface without shoulders at the edges, and this with a display up to the size of 98”.
Structure and function of Infrarot touch table
When the display size exceeds the capabilities of PCAP touch films, infrared technology opens new worlds. Design wise, this solution includes a 9 to 12 mm offset between the table surface and the protective glass.
The infrared touch is an optically based technology whereby hidden infrared sensors in a frame around the touch surface scan the surface for any interruptions. When the surface is touched with the hand or an object, the sensors detect that point of contact as the exact point of the interruption.
