What Are the Key Applications of Haptic Technology?

Product design, remote work, and industrial training are some of the most important applications of haptic technology. 

FREMONT, CA: Haptic technology refers to the usage of tactile sensations to boost the user experience of touch. For example, vibrations from phones and game controllers are common for direct haptic use. Haptic science includes tactile feedback, such as air pressure or sound waves. This technology, also known as 3D touch or kinaesthetic communication, generates sensations using vibrations, motion, and other forces. Because touch is the most fundamental mode of engagement, incorporating sensation into the products quickly becomes the newest strategy for creating memorable brand experiences.

It is helpful to differentiate between haptic technology and two related terms: haptics and haptic feedback.

Haptic technology refers to any technical application (virtual or physical) that generates tactile stimuli.

Haptics is a broad term encompassing the study of haptic feedback and haptic technology, as well as neuroscience and physiology of touch.

Haptic feedback refers to the ways in which haptic technology provides tactile information to users.

Let's look at some of the major haptic modalities that are noted below:

Button stimulation: Unlike mechanical buttons, smart screens do not provide tactical feedback and adaptability by default. As a result, virtual buttons, such as those found in the Apple Force Touch trackpad, are likely to gain popularity. Buttons can provide haptic and audio feedback to simulate the sensation of a mechanical pressure pad beneath one's finger.

Kinesthetic: Haptic feedback devices attach to the customer's body and provide mass, movement, and shape sensations.

Some of the applications of haptic technology are discussed below:

Industrial training: Haptic feedback allows the training environments to more accurately imitate real-world work situations and labor circumstances. Users can participate in virtual training scenarios, which use haptics to provide a lifelike experience in a secure, offline setting.

There are numerous applications for haptics that allow users to train without putting themselves or corporate property at danger, including maintenance, safety procedures, assembly line usage, machinery operation, and product testing.

Immersive VR: It is still in its early stages, but as haptic technology advances, the prospects for more realistic digital experiences will grow.

Immersive VR can be used in various settings, including video game studios, corporate training, and medical procedures, to benefit customers and employees equally.

Remote tasks: A robot, a haptic controller, and an internet connection will make remote work simpler and less error-prone.

Industries facing a dearth of highly experienced individuals can connect via a virtual haptic environment, allowing experts to control a robot from anywhere in the world.