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Motion With Meaning

BioMech Lab is a motion intelligence platform that transforms human movement into clinically meaningful insights, helping clinicians assess, monitor, and document functional performance across the continuum of care.

Advanced Motion Intelligence

Wireless motion sensors, advanced processing, and automated analytics transform complex movement data into objective, clinically meaningful insights.

Measure. Analyze. Report.

One connected platform that brings together objective assessment, therapeutic engagement, longitudinal monitoring, and standardized reporting to support clinical decision-making.

Wherever Care Happens

Consistent functional assessment, connected reporting, and continuous functional insight across every care setting.

In Clinic • Remote Assist • At Home



When It Matters Most

Objective functional assessment across every stage of care:

• Preventive
• Therapeutic
• Surgical
• Episodic
• Chronic

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Benefits

Patients

Practitioners

Payers

Practitioners

clinic
Lab in Clinic
Lab Remote
home
Lab at Home
Lab In Clinic
Clinical Functional Assessment & Training

BioMech Lab In Clinic brings objective functional assessment and interactive therapeutic engagement into routine office visits. Standardized measurement, longitudinal monitoring, and objective reporting help clinicians monitor change over time and document functional outcomes.

Measure Function
Engage Patients
Track Progress
Document Outcomes
Gait
Objective Ambulation Metrics

Gait is a complex functional activity that requires coordination, balance, timing, symmetry, and movement control. Maintaining a proper gait is essential to health and survival.

MEASURE objective gait performance

ANALYZE key gait characteristics

MONITOR gait progression over time

REPORT quantitative gait results

ENGAGE patients with visual gait feedback

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Balance
Objective Stability Metrics

Balance plays an important role in everyday activities including standing, walking, reaching, and changing direction. Even subtle changes in postural control can influence functional performance and mobility.

MEASURE objective postural stability

ANALYZE postural control characteristics

MONITOR balance progression over time

REPORT quantitative balance results

ENGAGE patients with visual balance biofeedback

Symmetry
Objective Joint Mobility Metrics

Symmetry reflects how movement is distributed across the body during functional activities. Comparing corresponding body segments provides valuable insight into movement consistency and functional performance.

MEASURE left-right movement symmetry

ANALYZE side-to-side movement differences

MONITOR symmetry changes over time

REPORT quantitative symmetry results

ENGAGE patients through visual symmetry biofeedback

Range of Motion
Objective Joint Mobility Metrics

BioMech Lab quantifies movement angles across sagittal, frontal, and transverse planes to provide objective measurements of joint motion and movement patterns. Results help characterize mobility, movement consistency, and changes in functional performance over time.

MEASURE joint range of motion

ANALYZE joint movement quality

MONITOR changes in mobility over time

REPORT quantitative ROM results

ENGAGE patients through visual movement biofeedback

Reaction Time
Objective Response Performance Metrics

BioMech Lab quantifies response timing and accuracy across standardized reaction time assessments. Results help characterize response speed, response consistency, and performance over time.

MEASURE reaction time

ANALYZE response speed and accuracy

MONITOR changes in response performance

REPORT quantitative reaction time results

ENGAGE patients through interactive response training

Tremor
Objective Tremor Characterization Metrics

BioMech Lab measures tremor frequency and amplitude using standardized assessment protocols. Results help characterize tremor behavior, support functional assessment, and monitor changes over time.

MEASURE objective tremor characteristic

ANALYZE tremor frequency and amplitude

MONITOR tremor over time

REPORT objective tremor results

ENGAGE patients with real-time tremor visualization

Gait Score
A composite score representing key gait parameters
Timing
Test duration and cadence
Impact
Average impact for each step
Pelvic tilt
Maximum and average deviation from starting position
Balanc Score
A composite score representing key balance parameters
Deviation
Quantify movements away from optimal balance
Speed
Assess the velocity of movements
Timeline
Graphical representation of the Deviation pattern over time
Percentages
Measure the overall movement percentage between two locations
Joint
Angular differences between two sensors
Ground
Difference in position of the selected sensor and the ground
Initial
Difference between the starting and current position of sensor
Max, Min & Last
The maximum, minimum and last recorded angles
Latency
Response time in milliseconds
Correctness
Decision accuracy, errors and/or omissions
Frequency
Measure the speed of periodic hand motion
Amplitude
Determine the intensity of tremor
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Lab At Home
Remote Kinematic Monitoring

BioMech Lab At Home brings remote kinematic monitoring into the home through patient-performed functional assessments using a mobile device and a BioMech motion sensor. Results are securely shared with the care team, helping clinicians monitor patient function between visits.

Stay Connected
Measure at Home
Track Progress
Share Results
Gait
Objective Ambulation Metrics

Gait is a complex functional activity that requires coordination, balance, timing, symmetry, and movement control. Maintaining a proper gait is essential to health and survival.

MEASURE objective gait performance

ANALYZE key gait characteristics

MONITOR gait progression over time

REPORT quantitative gait results

ENGAGE patients with visual gait feedback

This is some text inside of a div block.
Balance
Objective Stability Metrics

Balance plays an important role in everyday activities including standing, walking, reaching, and changing direction. Even subtle changes in postural control can influence functional performance and mobility.

MEASURE objective postural stability

ANALYZE postural control characteristics

MONITOR balance progression over time

REPORT quantitative balance results

ENGAGE patients with visual balance biofeedback

Timing
Test duration, cadence and gait cycle breakdown
Impact
Average impact for each step
Pelvic tilt
Maximum and average deviation from starting position
Gait cycle
Single and double support time and terminal contact
Deviation
Quantify movements away from optimal balance.
Speed
Assess the velocity of movements
Timeline
Graphical representation of the Deviation pattern over time
Gait
Objective Ambulation Metrics

Gait is a complex functional activity that requires coordination, balance, timing, symmetry, and movement control. Maintaining a proper gait is essential to health and survival.

MEASURE objective gait performance

ANALYZE key gait characteristics

MONITOR gait progression over time

REPORT quantitative gait results

ENGAGE patients with visual gait feedback

This is some text inside of a div block.
Lab Remote Assist
Mobile Assessment & Functional Training

BioMech Lab Remote Assist extends objective functional assessment beyond the clinic through mobile assessment and functional training in homes and community settings. Standardized measurement, remote monitoring, and objective reporting help maintain continuity across care settings.

Extend Access
Care Continuity
Longitudinal Tracking
Consistent Reporting
Gait
Objective Ambulation Metrics

Gait is a complex functional activity that requires coordination, balance, timing, symmetry, and movement control. Maintaining a proper gait is essential to health and survival.

MEASURE objective gait performance

ANALYZE key gait characteristics

MONITOR gait progression over time

REPORT quantitative gait results

ENGAGE patients with visual gait feedback

This is some text inside of a div block.
Balance
Objective Stability Metrics

Balance plays an important role in everyday activities including standing, walking, reaching, and changing direction. Even subtle changes in postural control can influence functional performance and mobility.

MEASURE objective postural stability

ANALYZE postural control characteristics

MONITOR balance progression over time

REPORT quantitative balance results

ENGAGE patients with visual balance biofeedback

Timing
Test duration, cadence and gait cycle breakdown
Impact
Average impact for each step
Pelvic tilt
Maximum and average deviation from starting position
Gait cycle
Single and double support time and terminal contact
Deviation
Quantify movements away from optimal balance.
Speed
Assess the velocity of movements
Timeline
Graphical representation of the Deviation pattern over time

Width

Width

26 mm

Length

Length

47 mm

Height

Height

14 mm

Weight

Weight

<1 oz

sensor case bottomsensor batterysensor boardsensor case top

Motion Sensors

Instantly capture and stream three-dimensional motion from single or multiple sensors with wireless, noninvasive, self-calibrating technology anytime, anywhere.

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Clinical Utility

Clinical Utility

Menu

Measure

Analyze

Monitor

Report

Engage

BioMech Lab objectively quantifies human movement, transforming functional performance into measurable clinical information.

BioMech Lab provides actionable movement intelligence that supports goal setting, treatment planning, and patient education.

BioMech Lab tracks functional performance across assessments, providing objective visibility into movement changes over time.

BioMech Lab converts movement data into standardized reports and longitudinal outcome documentation that support objective measurement initiatives.

BioMech Lab converts movement data into standardized reports and longitudinal outcome documentation that support objective measurement initiatives.

Neurology / Neurosurgery / Spine Surgery

Orthopaedics /
Orthopaedic Surgery

Physical Therapy /
Physical Medicine

Physiatry /
Interventional Pain

Workers Compensation

Occupational Medicine

Primary Care /
Rural Medicine

Immunology / Endocrinology
Rheumatology

Bariatrics /
Nutrition

Functional Medication Monitoring

Pharmacotherapy /
Drug Development

Wellness / Fitness

Sports Medicine

Geriatrics

Pediatrics

Podiatry

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Our results in numbers

sensor
5.0
k+

Sensors Manufactured

box
200
+

Systems Deployed

report
80
k+

Reports Generated

patient
1.0
k+

Patients Helped

Leadership

Frank A. Fornari, PHD

Chairman and CEO

Dan Neuwirth

Chief Operating Officer

Alex Maslennikov

Chief Technology Officer

Gwen B. Bauer, PHD

Chief Science Officer

Dan Ferens

Chief Financial Officer

Jeff Rowberg

Director of Engineering

John Cunningham

Executive Vice President and Board Member

Frank A. Fornari, PHD

Chairman and CEO

Dr. Fornari, co-founder of BioMech, brings more than 35 years of research, scientific and executive experience to this biotechnology group. Previously Dr. Fornari co-founded and was the CEO and medical director of Dominion Diagnostics, one of the country’s leading pharmaceutical monitoring laboratories and served there from 1997 to 2011.

Prior to Dominion, Dr. Fornari was a research scientist and consultant to the pharmaceutical industry. He has extensive experience in basic scientific research, clinical medicine, toxicology, chemistry, teaching and drug development and has managed several academic, industrial and clinical laboratories and research facilities. Dr. Fornari has authored numerous scientific publications, has regularly presented at national scientific meetings, has been a member of many scientific societies, holds several patents and is a frequent speaker and industry expert in molecular genetics and pharmacology.

Originally from Cleveland, Ohio, Dr. Fornari earned a B.S. degree in Biology from St. Vincent College, received Master’s training in Neurophysiology at Ohio University and holds a Ph.D. in Molecular Pharmacology and Toxicology with postdoctoral training in medicinal and analytical chemistry, biophysics, drug design, and molecular genetics from the Medical College of Virginia.

Dan Neuwirth

Chief Operating Officer

Dan Neuwirth has extensive entrepreneurial, executive, and M&A experience in the healthcare
industry most recently providing strategic and financial advisory services to healthcare
technology, pharmaceutical and medical device companies as the founder and managing partner
of Realize Health Ventures. He is a FINRA-registered broker-dealer.


Dan brings a unique combination of experiences in M&A having navigated multiple successful
exits as an entrepreneur, board member, advisor, and corporate executive.


Prior to leading Realize Health, Dan founded multiple healthcare businesses gaining deep
experience in raising capital and M&A transactions. He is the Founder of Envera Health, a leader
in patient engagement services focused on improving the experience of healthcare that was sold
to Access Healthcare. Dan also founded Clareto, a spin-off company from Envera that connects
life insurers with healthcare data, which was acquired by MunichRe, the largest global
reinsurance company.


Prior to founding Envera, he helped launch and grow medCPU, a clinical decision support
company, acquired by Merck and University of Pittsburgh Medical Center. He co-founded and
led Agility Healthcare Solutions, a pioneer in process improvement and real-time location
technology for hospitals, which was acquired by GE Healthcare. He joined GE Healthcare as a
business development executive focused on partnerships and acquisitions. Dan’s executive
experience includes leading a 2,600-person operations organization for McKesson’s $3B
medical-surgical business.


Dan serves on the board of the VCU College of Engineering Foundation. He is a graduate of the
University of Minnesota with a BS in Business and Economics and earned an MBA at the
University of Chicago Booth School of Business.

Alex Maslennikov

Chief Technology Officer

Alex brings more than 20 years of technology and software development experience focusing on enterprise cloud systems, electronic records management, mobile application development, healthcare imaging as well as applications performance and stability.

Before joining the BioMech team, he worked at Aderant and was responsible for multiple products including enterprise search and document management, office integration, and case management system and later at TractManager Inc, managing data interchange technology and advanced search technologies. Mr. Maslennikov also worked for the National Institute of Health, where he enhanced the world’s biggest biomedical library, and at the National Naval Medical Center he developed innovative algorithms to improve medical image quality.

Mr. Maslennikov earned his B.S. degree from the University of Maryland, Baltimore County and also studied at the Technical University in St. Petersburg, Russia majoring in cybernetics, computer science and mathematics. Alex enjoys playing soccer and ice hockey as well as co-coaching his son’s youth soccer team. Alex resides in North Potomac, MD with his wife and two children.

Gwen B. Bauer, PHD

Chief Science Officer

Dr. Bauer, co-founder of BioMech, brings more than 35 years of research, scientific and executive experience to venture. Previously, Dr. Bauer co-founded and was the Executive Vice President and Chief Medical Officer of Dominion Diagnostics, a nationally recognized clinical laboratory with locations in Rhode Island, Vermont and North Carolina, serving there from 1997 to 2011.

Prior to Dominion, Dr. Bauer was an assistant professor at the Medical College of Virginia. She held a position at Stanford University Hospital and has designed, built, staffed and managed several research and clinical laboratories while holding director certificates in several states, including but not limited to: New York, Florida, California, and Maryland. She has extensive research experience, has authored numerous publications and has presented at many national meetings.

Dr. Bauer is originally from San Francisco, California. She earned a B.S. degree in Clinical Science from San Francisco State University and a holds a Ph.D. in Molecular Pharmacology and Toxicology with postdoctoral training in medicinal and analytical chemistry, biophysics, drug design, and molecular genetics from the Medical College of Virginia.

Dan Ferens

Chief Financial Officer

Mr. Ferens was a member of the Pittsburgh Steelers front office for nearly 35 years until his retirement in 2022. Dan was appointed to BioMech’s board of managers in 2021 to steer the organization’s vision, mission, and strategic planning goals.

Mr. Ferens began with the Steelers in 1981 and was one of the NFL’s original capologists. He had a long career as the club’s chief negotiator/business coordinator, with the exception of seven years away from the franchise. Dan was Vice President of Football Operations for the Houston Texans from 2000 – 2006. He was a key part of the franchise since their return to Houston in 2001. Ferens also spent one year as vice president for McCormack Advisors International in Cleveland, the financial arm of International Management Group (IMG), one of the world’s largest athlete management and sports marketing agencies.

A Pittsburgh native now living in Atlanta, Dan played college football at Kent State University for two years before transferring to St. Vincent College in Latrobe, PA. Ferens earned a B.A. from St. Vincent College and later received an MBA from Robert Morris University in Pittsburgh.

Jeff Rowberg

Director of Engineering

Jeff has been designing and supporting wireless hardware and firmware platforms for more than a decade. His roles have comprised the entire manufacturing process, from initial schematic design all the way through final assembly, testing, and certification, including firmware development on the assembled hardware. His personal focus has been body-worn designs incorporating motion detection and control.

Prior to BioMech Sensor, Mr. Rowberg worked as a Principal Software Engineer at Cypress Semiconductor to create a flexible turn-key communication platform for a major line of Bluetooth wireless modules. He also created detailed reference documentation, example projects, and test software for this platform. Prior to Cypress Semiconductor, Mr. Rowberg worked as a Senior Applications Engineer at Bluegiga Technologies (later acquired by Silicon Labs) providing design support and troubleshooting for all US-based customers using Bluegiga’s wireless module products. He also published knowledge base articles and dozens of example projects to help shorten customer design timelines.

Mr. Rowberg graduated from California State Polytechnic University in Pomona, CA with a B.S. in Computer Science, with additional studies in Mathematics and Physics.

John Cunningham

Executive Vice President and Board Member

John Cunningham has been an integral member of BioMech’s growth from its inception in 2014 and was appointed to BioMech’s board of managers in 2021. As EVP, Mr. Cunningham oversees business development, cultivates relationships, manages accounts and ensures partnership and customer needs are exceeded.

Prior to joining BioMech, John was in sports and entertainment management at Bingham McHale LLP. A former professional golfer himself, John managed a variety of athletes and musicians. John earned his bachelor’s degree from Indiana University. While attending Indiana University, John was also a part of the Phi Gamma Delta (FIJI) fraternity.

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About us

BioMech Health is a healthcare technology company focused on advancing objective functional measurement through innovative motion intelligence solutions.

Our flagship platform, BioMech Lab®, combines wearable sensors, automated analytics, and AI-enabled processing to make objective functional assessment practical across clinical, mobile, and home-based care settings.

BioMech Lab transforms human movement into objective clinical insights, helping clinicians measure, analyze, monitor, and report functional performance while supporting communication and care coordination across the continuum of care.

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Objective Insights. Measurable Impact.

Learn how BioMech Lab can fit into your clinical workflow and care delivery model.

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