An 83% reduction in bone strength loss was observed in the spine of post-menopausal women using the device.
Overview
The Osteoboost belt, a wearable device delivering targeted vibrations to the spine and hips, received FDA approval in 2024 for post-menopausal women with osteopenia. A 12-month randomized, double-blind, controlled trial of 126 women aged 50 and older found that those using the device regularly lost 0.5% of bone strength in the spine, compared to 2.84% in the placebo group—an 83% reduction in bone strength loss. The study did not test fracture risk reduction.
How It Works
The device uses low-magnitude vibrations intended to mimic mechanical signals generated by muscle contraction, stimulating bone-building cells called osteoblasts. The technology originated from NASA-funded research on preventing bone loss in astronauts under zero gravity.
Expert Critiques
A group of bone health scientists criticized the researchers' conclusions, stating that the study only showed focal effects beneath the device and that prescribing the treatment for osteopenia—a systemic disease—was not supported by the results. Osteoboost researchers responded that the device targets the lumbar spine and hips, the most consequential fracture sites.
Additional Research Context
Researchers at MD Anderson Cancer Center are studying vibration plate technology in animal models to protect bone health in cancer patients. Biomedical engineer Gabriel Pagnotti noted that vibration plates may also benefit muscle health due to bone-muscle crosstalk.
Usage and Cost
The Osteoboost belt is available by prescription only, costs approximately $1,000 out of pocket, and is not covered by insurance. Dr. Eric Ascher of Northwell Health said vibration devices should be considered an add-on to, not a replacement for, weight-bearing exercise, adequate calcium and vitamin D, good sleep, and nutrition. He cautioned against use by people with blood clots, recent concussions, or pacemakers.
User Experience
Andrea Bloom, a 59-year-old user, reported significant improvements in her bone density scan after using the belt, along with diet changes (including dried plums) and increased exercise.