Our Technology
Innovative sensation
At TENGABLE, we are developing an advanced
implantable system that brings back the sense of touch.
Meet Re-Sense
Our solution is informed by personal stories, clinical expertise, and the latest scientific breakthroughs - so more people can reconnect with the world and each other.
Resense is a fully implantable and personalized device designed to restore tactile sensation in the fingers, consisting of a pressure sensor, microprocessor and battery and stimulation electrodes.
The fundamental principle involves creating an artificial sensory pathway that mimics natural tactile sensation.
When pressure is applied on the implanted force sensor at the fingertip, it generates an electrical signal which is then processed and translated into a specific pattern of neural stimulation delivered directly to the peripheral nervous system.
The nervous system interprets these stimulation patterns as tactile sensation, effectively creating a closed loop feedback system that provides real-time sensory information to the user thereby restoring natural like touch perception.
Resense is a fully implantable and personalized device designed to restore tactile sensation in the fingers, consisting of a pressure sensor, microprocessor and battery and stimulation electrodes.
The fundamental principle involves creating an artificial sensory pathway that mimics natural tactile sensation.
When pressure is applied on the implanted force sensor at the fingertip, it generates an electrical signal which is then processed and translated into a specific pattern of neural stimulation delivered directly to the peripheral nervous system.
The nervous system interprets these stimulation patterns as tactile sensation, effectively creating a closed loop feedback system that provides real-time sensory information to the user thereby restoring natural like touch perception.
We address
real needs
Personalized and Adaptive
Whether sensation was lost from injury, chronic disease, or surgery, the device is individually tailored for functional, comfortable feedback.
Safe and Enduring
Built using medical-grade biocompatible materials, developed and tested in top research centers, now progressing to first-in-human studies.
Empowering for Families
Simple follow-up and transparent communication mean caregivers and relatives are always informed and supported.
Built for Lasting Change
Our vision is a maintenance-free, accessible device - helping more people, in more places, with fewer barriers.
Impairment
Loss of tactile sensation is a common phenomenon in patients with traumatic peripheral nerve injury or a chronic disease.
Limitation
The loss of sensation involves a significant limitation of functions and the risk of injuries.
Constraints
The conventional surgical procedures are time restricted and success rates are limited.
Innovation backed
by Science
Biohybrid Technology
Developed at Tel Aviv University, combining microsurgical mastery with advanced neurotechnology.
Success in the Lab
Demonstrated stimulation of sensory nerves in both small and large animal models, convincing results in the lab.
Collaborative Excellence
Powered by partnerships with leading universities, hospitals, investors, and industry partners.
Patient-Centered Control
Patients have full control – adjusting intensity, turning the device off, and enjoying a maintenance-free, custom design.
What’s Next
Preparing for our first-in-human clinical trial, as we work toward a maintenance-free, rechargeable design.
Progress you
can trust
From concept to clinic, we move with both urgency and responsibility – making sure our technology is safe, effective, and ready for those who need it most.
Our team includes leading surgeons, scientists, engineers, and patient advocates, all driven by a single vision: to make touch possible again.
Traumatic Injuries
Neuropathic Diseases Diabetes
Mastectomy
A problem for tens of millions worldwide
Loss of tactile sensation is a common phenomenon in patients with
traumatic peripheral nerve injury (PNI) or a chronic disease.
The loss of sensation involves a significant functioned limitation and the risk of injuries.
The conventional surgical procedures are time restricted and success rates are limited.
Inability to perform daily activity
Increased healthcare costs
Decreased mental health
Loss of work capacity
Risk of secondary injuries
