With Senseg touch screens come alive with textures, contours and edges that users can feel. Using Senseg technology, makers of tablet computers, smart phones, and any touch interface device can deliver revolutionary user experiences with high fidelity tactile sensations.
Senseg enhances touch interfaces with high fidelity tactile effects, a new generation of “haptics.” Whether organizing a desktop or navigating twitter feeds, selecting text or finding hidden objects, tactile sensations make users more productive and applications more engaging. With Senseg application developers have precise control over the location and type of effect users experience. Senseg effects have a very broad dynamic range, both in the type of effect delivered and its intensity. Every application can benefit from using feel to guide and reward user actions, whether it is used to minimize visual focus required for accurate operation, or to enrich a multi-modal experience incorporating graphics, sound and feel. Senseg haptics are often used in combination with graphics or/and sound for a more engaging and complete sensory experience; other times Senseg effects are used by themselves, such as ‘tagging’ the location of hidden objects that can be discovered only by feel, or to reinforce user actions. Senseg patented solution creates a sophisticated sensation of touch usingColoumb’s force, the principle of attraction between electrical charges. By passing an ultra-low electrical current into the insulated electrode, Senseg’s Tixel™, the proprietary charge driver can create a small attractive force to finger skin. By modulating this attractive force a variety of sensations can be generated, from textured surfaces and edges to vibrations and more. Unlike effects created by mechanical vibration and piezo solutions, Senseg is silent. Moreover, with Senseg application developers have precise control of the location and type of effect users experience. What’s more, Senseg technology scales from touch pads, smart phones and tablets to the largest touch screens without increasing manufacturing complexity.