Cartilage
Auscultation tool
KNEEVOICE INC. Santa Monica, CA
Designed to non-invasively capture the noises generated by the knee, kneevoice’s goal is to evaluate cartilage damage while empowering people to take control of their health
Disclaimer: Product is undergoing FDA Certification “Not FDA Cleared Yet”
“Used for research purposes only”
Image Copyright: https://www.ideabomb.com/work/kneevoice
Meet
kneevoice
Poised to be the first of its kind, non-invasive Cartilage Auscultation device to assess the degree of knee cartilage damage
Medtech
platform applied to
orthopedics
Kneevoice captures the sounds vibrations and position, emanated from the pathelofemoral joint and process them through a proprietary algorithm to produce a score that represent the depth and degradation of the cartilage.
Cartlage Auscultation
simple
Kneevoice processes position, vibration, and audio data using cutting-edge techniques to provide an accurate score for cartilage damage — allowing medical providers to assess the degree of cartilage damage in his/her office.
One convenient
solution
Kneevoice is being designed for use by all care professionals. Our easy-to-use, device will be used in the medical practitioner or physical therapist workplace. Kneevoice is developing a wearable device that will allow doctors and therapists the ability to monitor their patients from home
More empowered
patients
With the ability to regularly and non-invasively check the status of their knee cartilage, Kneevoice’s goal is to give patients (and their care providers) the knowledge and opportunity they need to make more informed decisions and take charge of their own health.
About the device
Meet the Team World-class team
Advanced Technology
What is Kneevoice?
Kneevoice is an innovative Cartilage Auscultation tool that assesses knee joint health using patented sensors. By capturing and analyzing joint sounds, it helps detect early signs of cartilage damage, offering valuable insights for the appropriate therapeutical pathway
Knee sensors record joint sounds, vibrations, and movement during simple knee flexions. Advanced analysis then generates a detailed report, including a sound recording for further evaluation.
Our DoctorsTestimonials
-
Jack Bert, MDWoodbury, MN
Adjunct Clinical Professor
University of Minnesota School of Medicine -
Dr. Ken Zaslav, MDNew York, NY
Faculty of Northwell Lenox Hill
Orthopedic Sports Medicine Department -
Jason Dragoo MDEngelwood, CO
Professor and Vice Chair of Academic Affairs,
Endowed Chair of Regenerative Medicine