To truly understand the Prosense advantage, it’s important to explore other touch technologies, how they work, and what they can do.

Infrared touch screens operate by calculating light-beam interruption, or “beam break”, to determine the location of touch events. This is a perimeter-based touch technology differing from Surface Acoustic Wave, in that infrared light beams are used and not ultrasonic waves.

Using LEDs and light sensors placed on the vertical and horizontal axis of a bezel, the Infrared system casts a grid of light across the screen. When an object touches the screen, it interrupts the light beams on the grid causing the light to be blocked from the sensor. This loss of light is used to determine the location of the touch. Since the LEDs and sensors make a grid, the touch results in an X and Y coordinate from the beam break. These coordinates then communicate with the display to react with the software on screen.

We at Prosense will make sure that all end user understand and receive the full advantage of this technology.

Super accurate and ultra-responsive. Designed to capture the finer details. With a sleek and stylish finish, our capacitive range not only looks the part, but due to the high performance specification, these units are designed to deliver on any task! Ask us about our flagship Projected Capacitive range for more details.

The visualiser is like a video camera that can capture and, record and save. It allows the image being captured to be projected via a projector on to an interactive Screen so audience can view the object in great detail. With an interactive screen, teachers, trainers and lecturers are able to annotate over the projected image and capture it for future use.

The new Prosense visualiser uses the latest static image and video recording technology for the optimum presentation in high-definition.

The freeze, image split and mirror capabilities are a perfect way to compare and contrast subject matter. Simply place items or text under the camera, split the image and place the accompanying document/object for a side-by-side comparison.

Using the foreground and background focus, compare the images close up with distant images simultaneously.

A visualiser is an extremely flexible training, teaching and presentation tool allowing presenters, teachers or students to display objects onto an interactive whiteboard, computer or LED touchscreen.

This means 3D objects, books, worksheets, maps and text can be viewed by a large audience without the need to be copied and distributed.

Features such as mirror, rotate, split screen, black and white, positive /negative, image freeze and title grab allow you to manipulate objects or text live on screen without affecting the original source.