In the world of gaming ultrasonic haptics are employed to enhance the gaming experience by immersing users in a realistic environment. Major players, like Sony and Microsoft leverage mid haptic technology to provide gamers with sensory experiences that enhance the depth of their virtual reality games. The incorporation of tracking in haptic technology enables players to perceive sensations that mirror the actions taking place in the game world.

In the industry ultrasonic haptics are used in different touchscreen interfaces to give users a tactile response sensation when interacting with the technology on devices like cars from companies such as Tesla and BMW.

These car manufacturers integrate technology into their vehicles to ensure drivers can adjust settings without needing to divert their attention from the road for safety reasons.

By incorporating features, into steering wheels or control buttons the feedback received enhances driver awareness and minimizes potential distractions during operation.

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In the healthcare and field ultrasonic haptic technology is utilized for training and surgical practices by companies like Medtronic and Johnson & Johnson. This technology mimics the feeling of procedures allowing surgeons to hone their skills without a real patient present. It proves beneficial, for mastering intricate procedures. Ultrasonic haptics offer accuracy and manageability resulting in operational efficiency and reduced complications during surgeries. Mobile devices.