Bone Health Technologies


Develops a prescription wearable medical device and companion digital tools that deliver targeted mechanical stimulation to reduce bone density and strength loss in postmenopausal women with osteopenia. Clinical evidence from a randomized, double-blind, sham-controlled trial supported FDA De Novo clearance; the device is distributed by prescription in the United States with companion patient and provider resources.

Industries

health-care
medical
medical-device

Nr. of Employees

small (1-50)

Bone Health Technologies

San Francisco, California, United States, North America


Products

Prescription wearable mechanical-stimulation device

A prescription wearable belt device that delivers targeted low-amplitude, high-frequency mechanical stimulation to the sacrum/hips and lumbar spine for daily 30-minute sessions to reduce bone density and strength loss in postmenopausal women with osteopenia.


Services

Telehealth prescription service (partnered)

Online prescription issuance via a telehealth partner to enable access to the prescription-only device without an in-person visit.

Device fulfillment and customer support

Prescription-based shipping and customer technical support, including troubleshooting, returns, size exchanges prior to shipment, and a limited warranty.

Companion digital exercise and education program

Digital exercise routines and educational content bundled with the device to support strength, balance, fall prevention, and adherence; includes progress tracking and milestones within the mobile app.

Provider resources and clinician outreach

Provides prescribing tools, clinical white papers, recorded physician webinars, and a clinician affiliate/referral program to support integration into clinical practice.

Expertise Areas

  • Wearable medical device development and human-factors design
  • Randomized, double-blind, sham-controlled clinical trial design and execution
  • Imaging-based biomechanical endpoint analysis (CT/DXA + finite-element modeling)
  • Regulatory strategy for novel medical devices (FDA De Novo and Breakthrough pathways)
  • Show More (3)

Key Technologies

  • Low-amplitude, high-frequency mechanical stimulation (sinusoidal vibration)
  • On-device force/pressure sensing and accelerometer-based vibration measurement
  • Automated on-board calibration algorithms for therapeutic dose delivery
  • Finite-element biomechanical modeling of CT scans
  • Show More (4)

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