CLINICAL BIOMECHANICS LAB

Clinical
Precision.
Quantified.

Moviq Health provides objective biomechanical diagnostics that quantify gait, strength, and balance, helping patients and healthcare providers measure functional health and recovery with precision.

COMPLIANCE: HIPAA_SECURE
FRAMEWORK: EVIDENCE_BASED

CORE TESTING

MEASURABLE MOVEMENT OUTCOMES

Gait

Measure how patients walk and run to guide recovery and return-to-activity decisions using marker-based infrared cameras that quantifies high-resolution spatiotemporal metrics.

  • 3D GAIT ANALYSIS
  • 3D RUNNING ANALYSIS

Force Production

Quantify how patients generate and distribute force to verify rehabilitation progress and reduce re-injury risk using dual force plates that measure bilateral loading, propulsion, and power output.

  • JUMPING ANALYSIS
  • FUNCTIONAL MOVEMENT

Stability and Balance

Track balance and stability over time to monitor functional independence using plate–based CoP analysis that objectively measures postural sway and control.

  • STATIC BALANCE
  • DYNAMIC STABILITY

LAB OUTPUT

FROM DATA
TO DECISION.

01
PRECISE CARE DECISIONS

Standardized lab-style reports turn complex movement data into clear clinical direction, helping healthcare teams act faster and with greater precision.

02
CONFIDENT PROGRESS VALIDATION

Results indexed to validated reference ranges make it easier to verify recovery, quantify change over time, and support evidence-based care decisions.

03
BETTER CARE ALIGNMENT

A shared functional data set keeps patients, providers, and referral partners aligned around the same measurable picture of recovery and risk.

LAB FORMAT // STANDARDIZED OUTPUT

LAB BENEFITS

BETTER DECISIONS. BETTER OUTCOMES.

FOR HEALTHCARE
01

HIGHER-VALUE CARE
Deliver advanced movement diagnostics without investing in specialized hardware, added staff, or operational complexity.

02

STRONGER CLINICAL DECISIONS
Replace subjective observation with objective biomechanical data that sharpens diagnosis, validates progress, and supports confident care decisions.

03

GREATER PATIENT FOLLOW-THROUGH
Clear visual reports improve patient understanding, strengthen trust, and increase adherence across the plan of care.

DIAGNOSTIC VERTICALS

Clinical Outcomes

ID 01

Orthopedics

Use objective biomechanical data to establish pre-op baseline, guide post-op progression, and reduce avoidable delays in recovery.

ID 02

Sports Medicine

Quantify asymmetries in force production and landing mechanics to reduce re-injury risk and support data-backed clearance for full return to activity.

ID 03

Neurology

Track variability, postural stability, and movement efficiency over time to evaluate functional response to medication management.

ID 04

Geriatrics

Identify subtle balance decline before it becomes a catastrophic event, enabling earlier intervention to preserve independence and protect long-term function.

ID 05

Physiatry

Reveal compensatory movement patterns and kinetic chain dysfunction that static imaging may miss, helping target interventions with greater precision and improve outcomes in chronic pain care.

ID 06

Longevity

Establish objective movement baselines to track musculoskeletal aging, detect early decline, and measure how longevity interventions are affecting real-world function over time.

ID 07

Podiatry

Use 3D gait mechanics and force data to objectively verify treatment effectiveness, justify medical necessity, and demonstrate measurable functional improvement to patients.

ID 08

Physical Therapy

Quantify mechanical overload and functional restoration before and after intervention to evaluate procedural impact, refine follow-up care, and support more precise pain management decisions.

BIOMECHANICAL INSTRUMENTATION

Clinical Grade Infrastructure

ID 01

RunDNA

Capture high-resolution gait and running mechanics to establish objective functional baselines and track patient recovery with precision using marker-based infrared motion capture technology.

ID 02

CC Athletics

Quantify ground reaction forces, bilateral loading symmetry, and neuromuscular power to validate rehabilitation progress and guide safe return-to-activity decisions using research-grade dual force plates.

ID 03

BTrackS

Detect subtle changes in postural control and balance stability to identify fall risk early and monitor neurological health using plate-based posturography with high-frequency sampling.