Haptic glove for Virtual prototyping

Virtual prototyping

Virtual prototyping has changed the product development process by visualizing designs in immersive experiences leveraging virtual reality (VR) technology.

With haptics and TouchDIVER, users can now interact with their virtual prototypes and manipulate them.

By creating a virtual environment that simulates real-world scenarios, virtual prototyping enables designers, engineers, and innovators to explore, test, touch and refine their ideas directly from their digital models.

Watch the digital and haptic experience for virtual prototyping and digital twins – In collaboration with In2Real 

Haptic technology in virtual prototyping

Haptic technology leverages tactile feedback to simulate the sense of touch in virtual environments. It has undergone significant advancements in recent years, with haptic gloves being the elective device for providing users a lifelike virtual experience.

These gloves incorporate sensors and actuators to generate sensations of touch, forces, and temperatures corresponding to the manipulated virtual objects. Among them, TouchDIVER effectively removes the need for creating physical samples and prototypes.

Advantages of using haptics technology in virtual prototyping 

The adoption of haptics offers several advantages.

Users enjoy a more authentic experience, feeling the texture, weight, and shape of virtual objects. This feedback is highly valuable in industries such as automotive and aerospace, where designers and engineers are already used to work with virtual and immersive models and can now build better mind representations of their designs.

Users save time and costs. They can test VR models directly, thus avoiding those situations where CAD has changed and the latest prototypes are already outpaced.


Also, the environment benefits from reduced emissions linked to logistics of physicals prototypes.

haptics for vr showrooming
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Haptic sensations with TouchDIVER

TouchDIVER provides the most extensive array of tactile perceptions.

Variations in pressure and force facilitate to experience shape and stiffness of digital objects.

Thermal sensations – ranging from cold to hot –  enable users to feel VR-simulated dangerous conditions.

Designers can meet their creative needs feeling their meshes with our built-in extensive materials library – such as metals, ceramics, fabrics, and natural elements.

Let's talk about your needs

You’re missing TOUCH
Until now.

WEART’s revolutionary wearable devices shift the way you interact with digital content by adding lifelike haptic feedback through our patented technology.

Winner of iF design award 2022

Honoree of Fast Company ’s Innovation by Design 2022

AUREA awards 2022

ADI design index awards 2022

You’re missing TOUCH
Until now.

WEART’s revolutionary wearable devices shift the way you interact with digital content by adding lifelike haptic feedback through our patented technology.

Winner of iF design award 2022

Honoree of Fast Company ’s Innovation by Design 2022

AUREA awards 2022

ADI design index awards 2022