The controlled flow of minute volumes of air or liquid to induce. Localized changes in pressure or temperature on the user’s skin. Offering remarkably precise tactile control. Microfluidics haptic technology finds valuable applications in medical testing, point-of-care diagnostics, and scientific experimentation. By gently pushing out minuscule amounts of air or liquid. It can create nuanced pressure or temperature sensations on the skin. Enabling new frontiers in haptic feedback and user interaction.
- Uses: Medical testing, point c level contact list of care, science experiments
- Features: Creates pressure or temperature change on the user’s skin by pushing small amounts of air/liquid out
Adaptive Haptics
Adaptive Haptics ushers in a new era of haptic technology. One where tactile feedback seamlessly adapts to the user’s interactions, the application’s context. Even environmental changes – all in real-time. This cutting-edge approach empowers you can use a sharp haptic when there’s devices to deliver exquisitely personalized tactile experiences. Tailored to each individual’s unique needs and preferences. With Adaptive Haptics, user engagement and satisfaction soar to new heights. Transforming a wide array of applications into truly immersive and captivating experiences.
- Uses: Smartphones, wearable devices, interactive advertising, gaming, and educational tools
- Features: Real-time adjustment of feedback intensity, pattern, and type based on user interaction; can simulate a wide range of tactile sensations
Surface Haptics
Surface haptics augments the tactile interaction with touchscreens. By dynamically modulating surface friction. Surface Haptics allows users to perceive and explore virtual textures, contours, and even simulated actions through variations in friction across the screen. By enhancing the sense of touch, this approach enriches the user experience, making interactions with digital content more immersive and intuitive.
- Uses: Enables the user to perform fax list functions on a touchscreen via sense of touch
- Features: Friction is regulated/modulated between the surface or touchscreen and the user’s finger, prompts tactile feedback.