BIOMECH

Advanced Motion Analytics for Real-Time Functional Medicine

Precision, Accuracy & Reproducibility in Motion Analysis

At BioMech, we revolutionize healthcare with cutting-edge technology that bridges the gap between patients and healthcare providers. Our proprietary sensors, developed in-house, capture 12 vectors of data at an impressive rate of 100 measurements per second. This precision allows for efficient, unparalleled motion analysis that delivers clinically actionable insights in real time.

PROVIDER PORTAL

Technology Transforming Healthcare

The growing disconnect between the healthcare delivery system and patients requires innovative solutions. BioMech is leading the charge by deploying technology that enhances the continuity of care, reduces costs, and delivers relevant, actionable results. By transforming motion data into meaningful healthcare outcomes, BioMech empowers providers to make informed decisions quickly and accurately.

BioMech AI: Redefining Motion Models

BioMech AI was built out of necessity to accelerate application development and enhance the precision, accuracy, and reproducibility of our motion analysis models. This multi-modal platform ensures that every movement is measured and analyzed with the highest level of reliability, offering insights that drive better outcomes for patients and healthcare professionals alike.

Lab at Home: Streamlined Care, Anywhere

Continuity of care should not come at the expense of convenience. That’s why BioMech offers Lab at Home, an innovative solution that allows patients to receive comprehensive motion analysis and healthcare insights from the comfort of their own homes. This streamlined approach saves time and money while ensuring seamless, accessible healthcare.

The Future of Healthcare, Today

With BioMech, the future of healthcare is here. By leveraging our advanced motion analytics technology, we deliver precise, real-time solutions that transform how healthcare is delivered and experienced.


Discover how BioMech can redefine your approach to motion analysis and healthcare.