SenseGlove develops haptic gloves that allow users to feel and interact with virtual objects in VR environments. The gloves provide tactile feedback to simulate the size, stiffness, and resistance of virtual objects.

SenseGlove

SenseGlove develops force and haptic feedback gloves that enable professionals to feel virtual objects and interact with them more efficiently for VR training and research purposes. Since 2018 the gloves have been applied by over 500 companies: Volkswagen, European Space Agency, The University of Cambridge, Procter and Gamble, etc. SenseGlove’s proprietary force feedback technology enables lifelike interactions, allowing to feel size, density and resistance of virtual objects. Unlike  controllers, the gloves allow you to hold, push, touch, connect and squeeze the virtual like it’s real. Every interaction using the SenseGlove makes virtual reality feel like a physical, real-world environment. 

Download the new ebook and start learning the basics of haptics and how to implement them into your business! https://www.senseglove.com/ebook-xr-haptics-checklist/

Niels Bogerd

UNIIQ

FORWARD.one

Value Creation Capital

Lumaux

What if all your virtual interactions could feel real?

The SenseGlove Nova combines force-feedback, vibrotactile-feedback and hand tracking to provide you with the optimal immersive VR experience.

Feel, hold, push, connect and squeeze the virtual like it’s real.

With advanced haptic technologies, best-in-class usability and functionality, the Nova is built with business in mind. The wireless compact design and successful enterprise applications make it the most practical XR glove on the market. 

Interact naturally and train muscle memory when feeling size, density and impacts in virtual reality.

Bring a new sense to your VR training. Discover the SenseGlove Nova: https://lnkd.in/esTvMRET

#vrtraining #haptics #virtualreality #training

Meet Ian! 

He's been part of our team since 2022, contributing as a Production Engineer. Ian plays a crucial role in our production team, ensuring operations run smoothly and our equipment remains in optimal condition.
Outside of work, Ian is an avid gamer and enjoys creating small engineering projects. These activities help him unwind and fuel his creativity.
What really excites Ian about VR is its potential to elevate experiences on a larger scale. Whether he's fully immersed in a game or exploring virtual worlds, Ian finds the possibilities exciting.

#team #haptics #vr

Showcasing our products and gaining feedback from users is one of our favourite things to do! That’s why we could not miss AWE in Singapore. Come by Booth C5 to meet us and try out the latest Nova 2 gloves with palm feedback! Have any questions about this or future events? Get in touch! https://lnkd.in/gCJ5y2GZ

#vr #haptics #awe2024

At SenseGlove, we're dedicated to advancing haptic technology to enable natural interactions in VR, allowing you to feel the size, stiffness, and resistance of virtual objects. From training simulations to gaming, the potential applications are truly exciting! We’re curious to know your thoughts—which area are you most excited about?

Don't forget to share your thoughts in the comments!

#vr #haptics #vrinnovation #poll

Thats a wrap at AWE!

Last week our team had the pleasure of attending the AWE trade show in Long Beach, CA. 

We showcased the SenseGlove Nova 2 haptic glove, which combines the three most advanced haptic feedback technologies in a wireless compact design; Active Contact feedback, Force feedback, and Vibrotactile feedback.

Would you like to meet us at future events and try the Nova 2 yourself? Contact us: https://lnkd.in/eS7edvxP

Photo credits: Thank you Cristian Coldea for these shots!

#awe2024 #vr #haptics

We’re thrilled to announce that our SenseGlove Nova gloves are part of a groundbreaking research project at the U.S. Department of Energy (DOE)'s largest multidisciplinary laboratory. Designed for deployment in a hot-cell environment, this tele-operation use case was developed by Oak Ridge National Laboratory.

The advanced force and haptic feedback of our gloves enhance the intuitive #feel for human operators, enabling precise control of dexterous robots in tele-operation tasks. This is a significant step forward in the field of tele-operated robotics!

Thank you, Young Soo Park from Argonne National Laboratory, for your incredible work in building this innovative setup.

Link to the original video: https://lnkd.in/gD9-_XRE

#Robotics #Haptics #digitaltwin #FutureOfWork

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