CLINICAL_BIOMECHANICS_LAB
Movement
Diagnostics.
Redefined.
Moviq Health is an independent clinical biomechanics lab, providing objective data behind movement to establish functional baselines, validate progress, and drive informed clinical decisions.
CORE_TESTING
Biomechanical Analysis
Gait Metrics
High-resolution spatiotemporal metrics captured using marker-based infrared cameras to quantify movement with a level of precision beyond visual observation alone.
- 3D_GAIT_ANALYSIS
- 3D_RUNNING_ANALYSIS
Loading Metrics
Comprehensive loading data measured using dual force plates to provide objective insight into movement symmetry and force distribution.
- JUMPING_ANALYSIS
- FUNCTIONAL_MOVEMENT
Postural Metrics
Standardized postural metrics derived from CoP displacement to objectively monitor balance, stability, and functional performance over time.
- STATIC_BALANCE
- DYNAMIC_STABILITY
LAB_OUTPUT
REPORTING STANDARD
Standardized results make movement easier to interpret and actionable in clinical decision-making.
Reference-based reporting adds clinical context, making results clinically meaningful.
Report designed to make biomechanical findings easier to review, communicate, and integrate into care.
LAB_BENEFITS
Clear Data for Better Care
Clinic Differentiation through Precision.
Clinical Credibility
Objective biomechanical data strengthen clinical decision-making with measurable evidence.
Zero-Footprint Testing
Precision diagnostics without losing clinic space, purchasing hardware, and adding staffing costs.
Patient Engagement
Data-driven reports foster higher compliance and long-term commitment.
See Your Recovery in Black and White.
Definitive Answers
Biomechanical testing provides clear insights into how your body moves and functions.
PERFORMANCE BENCHMARKING
Compare your movement against clinical standards to identify exactly what is required to reach your goals.
Patient Empowerment
Objective data helps patients better understand their body and take a more active role in their care.
DIAGNOSTIC_VERTICALS
Clinical Specialties
Orthopedics
Quantifying joint loading and peak force distribution to assess structural integrity under dynamic strain.
Sports Medicine
High-resolution Return-to-Play benchmarks that isolate sub-clinical deficits in power, symmetry, and rate of force development.
Neurology
Millisecond-accurate kinematic analysis to track subtle neuromotor shifts and gait variability in complex neurological cases.
Geriatrics
Measuring center of pressure displacement and spatiotemporal gait metrics to identify mobility decline before fall risk increases.
Physiatry
Pinpointing functional causes in multi-system patients by mapping kinetic chain compensations invisible to static imaging.
Longevity
Establishing objective functional baselines to monitor biological aging through precise movement efficiency scores.
Podiatry
Capturing three-dimensional strike mechanics and ground reaction forces to validate intervention efficacy through data.
Physical Therapy
Utilizing lab-grade metrics to objectively measure therapeutic progress and validate plan of care outcomes.
BIOMECHANICAL_INSTRUMENTATION
Elite Technology Integration
