Objective Movement Intelligence for Orthopedic Care
See function the human eye can't — not just imaging.
Orthopedic care has traditionally relied on imaging and patient-reported symptoms to guide diagnosis and treatment. While imaging reveals structural conditions, it does not show how a patient actually moves and functions. AvaSci adds the missing dimension — objective functional movement analysis, providing precise biomechanical data during routine patient visits.
AvaSci supports:
- Identification of injury risk
- Pre-surgical functional assessment
- Joint replacement candidacy evaluation
- Post-surgical recovery monitoring
- Objective return-to-activity and return-to-work decisions
Precision Alignment and Joint Mechanics
Proper joint alignment is critical for both surgical planning and long-term outcomes. AvaSci measures joint alignment and movement patterns with exceptional precision while the patient is in motion. Our AI-driven analysis calculates mechanical and anatomical axis angles for major joints, providing orthopedic specialists with objective data to support treatment planning and outcome evaluation.
Key capabilities include dynamic measurement of joint alignment, quantification of varus and valgus movement, assessment of joint stability and asymmetry, and objective documentation of functional impairment.
Radiographic alignment axes: Femoral Mechanical Axis, Lateral Distal Femoral Angle, Medial Proximal Tibial Angle
Complete Gait Cycle Breakdown
Walking mechanics often reveal dysfunction that cannot be detected during a static examination. AvaSci captures and analyzes every phase of the gait cycle — from initial contact through terminal swing — providing clinicians with a comprehensive understanding of how the musculoskeletal system functions during movement.
Sensor placement for trunk motion, lumbar motion, stride parameters, and turn velocity
Advanced Biomechanics Without the Motion Lab
Traditional biomechanical analysis requires specialized laboratories, expensive equipment, and complex modeling workflows. AvaSci brings this capability directly into the clinic as an accessible in-office tool. Using a simple capture process and powerful AI analysis, physicians receive clear, clinically relevant reports that translate complex biomechanical data into actionable insights.
What Orthopedic Teams Gain
AvaSci enables orthopedic professionals to perform objective functional assessments in the office, improve surgical decision-making, track recovery with measurable data, identify dysfunction earlier, and document patient outcomes with confidence.
Gait Analysis
Motion capture & kinematics
MSK Modeling
Inverse dynamics computation
Optimization
Muscle activity distribution
Joint Forces
Hip contact force estimation
What We Measure for All Major Joints
Varus/Valgus Loading
Precisely measure loading patterns to identify abnormal joint stress and alignment issues.
Pelvic & Trunk Alignment
Assess pelvic tilt, trunk rotation, and their impact on lower extremity function.
Joint Asymmetries
Detect side-to-side differences in range of motion, strength, and movement quality.
Gait Mechanics
Full gait cycle analysis including stance, swing phases, and ground reaction patterns.
Compensatory Patterns
Identify movement compensations that indicate underlying dysfunction or injury risk.
Functional Measurement
Objective performance scores compared against normative population data.
Clinical Advantages
"AvaSci brings advanced biomechanics directly into orthopedic practice — making functional movement analysis practical, affordable, and accessible during every patient visit."
Ready to Transform Your Orthopedic Practice?
Objective movement data to guide surgical decisions, track recovery, and quantify outcomes.