Haptic devices are technological tools that allow the simulation of tactile responses, creating an immersive and realistic experience when interacting with virtual environments. These devices use vibrations, movements, and other forces to generate kinesthetic feedback, enabling the user to “touch” and “feel” objects that do not physically exist.
Haptic devices offer tactile tools for design, medical simulations, and research studies. Experience the physical sensation in digital environments for precise interaction.
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Precision haptic device for 3D design, surgical simulations, and more. Realistic force feedback, compact ergonomics, and versatility in a desktop device.
Touch Haptic Device
Transforms physical objects into accurate CAD data. Automates 3D inspection and enhances your design with this integrated scanner and software.
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Haptic devices have applications in various fields:
- Virtual Reality (VR): They enhance the immersive VR experience by allowing the user not only to see and hear but also to feel virtual environments.
- Automotive: They are incorporated into infotainment systems, allowing for more tactile interaction with touchscreens, and also into pedals and steering wheels for better feedback.
- Health: They revolutionize rehabilitation, with haptic gloves that allow patients to practice daily activities in a safe virtual environment.
- Accessibility: They improve accessibility for people with visual disabilities, allowing them to interact with objects through tactile sensations.
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Some of the most popular haptic devices are haptic gloves, such as the Dexmo from Dexta Robotics or the Gloveone from NeuroDigital Technologies. These gloves have actuators on the fingertips and the palm of the hand, allowing the user to perceive textures, temperature, and other sensations when interacting with virtual objects. Other companies have developed devices like the PowerClaw, capable of stimulating the skin and transmitting sensations of temperature, vibration, or roughness.
Companies like Ultraleap are developing haptic gloves that allow hand tracking and haptic feedback in the air, without needing to touch a surface. Additionally, devices that mimic sensations around the mouth are being created, expanding the possibilities of the haptic experience.
As haptic technology advances, its adoption across different industries and applications is expected to continue growing, offering users increasingly immersive and realistic experiences.