CLINICAL_BIOMECHANICS_LAB
Clinical
Precision.
Quantified.
Moviq Health provides objective biomechanical diagnostics that quantify gait, strength, and balance, helping healthcare providers measure movement and function with rigor and precision.
DIAGNOSTIC_CORE
MEASURABLE MOVEMENT OUTCOMES
Gait Analysis
Quantify gait and running mechanics using marker-based infrared cameras that capture high-resolution spatiotemporal metrics to monitor mobility and guide evidence-based recovery.
- 3D BIOMECHANICS
- SPATIOTEMPORAL DATA
Force Production
Measure force generation and load distribution using dual force plates to track bilateral loading and power output, uncovering asymmetries for precise rehabilitation planning.
- KINETIC PROFILING
- ASYMMETRY DETECTION
Stability + Balance
Evaluate postural control using plate-based CoP analysis. Measure sway and stability to detect functional decline, support fall-risk assessment, and document change.
- POSTURAL SWAY
- NEUROMUSCULAR CONTROL
LAB_OUTPUT
FROM DATA
TO DECISION.
Standardized, lab-style reports convert biomechanical data into clear clinical direction, helping healthcare teams act faster.
Results indexed to healthy norms make it easier to support evidence-based care decisions with objective metrics.
A shared data set keeps patients and providers aligned around the same measurable functional recovery metrics.
LAB_BENEFITS
BETTER DECISIONS.
BETTER OUTCOMES.
Deliver advanced movement diagnostics without investing in specialized hardware, added staff, or operational complexity.
Replace subjective observation with objective biomechanical data that validates progress and supports confident care decisions.
Clear visual reports improve patient understanding, strengthen trust, and increase adherence across the plan of care.
Move beyond uncertainty with objective data that reveals how your body moves and where functional limitations affect recovery.
Track improvement against objective benchmarks so recovery is visible, validated, and easier to understand over time.
Understand your movement with greater clarity to make informed decisions about rehabilitation, activity, and long-term function.
DIAGNOSTIC_VERTICALS
CLINICAL OUTCOMES.
Orthopedics
Establish pre-op baselines and guide post-op progression to reduce avoidable delays in functional recovery.
Sports Medicine
Quantify asymmetries in force and landing mechanics to reduce re-injury risk and support data-backed clearance.
Neurology
Track variability and postural stability over time to evaluate functional response to medication management.
Geriatrics
Identify subtle balance decline early, enabling interventions that preserve independence and protect function.
Physiatry
Reveal compensatory patterns that static imaging misses, targeting interventions with greater clinical precision.
Longevity
Establish movement baselines to track musculoskeletal aging and measure how interventions affect real-world function.
Podiatry
Use 3D gait mechanics and force data to justify medical necessity and demonstrate measurable improvement.
Physical Therapy
Quantify mechanical overload and functional restoration to refine follow-up care and pain management decisions.
BIOMECHANICAL_INFRASTRUCTURE
CLINICAL GRADE INFRASTRUCTURE.
PORTAL_ACCESS
START WITH DATA.
END WITH BETTER OUTCOMES.
STRENGTHEN YOUR CARE MODEL
Deliver higher-value care using objective biomechanical data to validate progress and support clinical decisions.
RECOVER WITH CLARITY
Get objective data that reveals movement patterns, measures real progress, and validates your recovery journey.