Home | HaptX
Microfluidic smart textile lines HaptX Gloves, packed with hundreds of actuators that can push against your skin while force feedback is applied to your fingers.
Gloves G1 - HaptX
Inside the Gloves, lining your fingers and palms, are hundreds of microfluidic tactile actuators that physically displace your skin. When you touch and interact with virtual objects, they feel real. …
VR Training Case Study: Y-12 National Security Complex
By integrating haptics gloves in the virtual glovebox, Y-12 could provide realistic simulated tactile and force feedback; “The use of HaptX gloves in virtual training environments provides the …
Use Cases - Design & Manufacturing | HaptX
With HaptX Gloves G1, team members bring vibrancy and unprecedented sensory richness to digital twins and virtual prototypes. Results show that haptic-enabled digital prototyping …
Company | HaptX
HaptX invents and builds wearable technology that simulates touch with unprecedented realism. By enabling natural haptic interaction in virtual reality, spatial computing, and humanoid …
Use Cases- Training | HaptX
With HaptX Gloves, engineers interact naturally with a virtual fire engine. As users grip virtual objects, our haptic technology presses against their skin, simulating realistic touch sensation …
Haptics-101 | HaptX
“HaptX Gloves empower professional VR users to develop simulations with realistic touch feedback and natural interaction.”
Use Cases-Robotics | HaptX
Roboticists integrate HaptX Gloves with piloted humanoid robots equipped with these end effectors to perform complex motions. Pilots wear HaptX Gloves to control robotic hands, …
SDK - HaptX
A ground-breaking, multiuser haptic feature enables workers to feel the same virtual objects while in the same virtual environment. Yes, with HaptX Gloves you really can reach out and touch …
Tech - HaptX
HaptX’s high-power-density, pneumatic actuators enable the exotendons inside HaptX Gloves to apply up to eight pounds of force per digit (40 lbs. per hand). These resistive forces …