What if your hands could feel the shape, texture, and pressure of something that isn’t really there? HaptX Gloves G1 make that kind of virtual interaction possible.
Photo source:
Haptx
The HaptX Gloves G1
are built to bring the sense of touch into virtual spaces using microfluidic
actuators tiny air-powered pockets that press against the skin to recreate
lifelike sensations. Combined with a force feedback system capable of
applying up to 40 pounds of resistance, the gloves let users feel the weight,
structure, and resistance of virtual objects with surprising realism. Instead
of simply seeing or hearing digital experiences, these gloves invite users to
physically engage with them.
Their real strength
lies in where they’re used. In medical training, they let students practice
procedures with tactile accuracy, adding depth to hands-on learning without
physical risk. In product design, teams can handle and test virtual prototypes
before any material is shaped. And in hazardous environments—where machines are
operated remotely—the gloves give users a feel for what the robot touches,
making fine-tuned tasks safer and more precise.
By reintroducing touch
into digital environments, the HaptX Gloves G1 reshape how we interact with
technology. They turn distant actions into close experiences replacing the
guesswork of virtual control with something much more intuitive: feel.
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