AI
Built from movement. Personalized for real life.
AI
Built from movement. Personalized for real life.
Traditional orthotics are often generic, imprecise, and uncomfortable—built on static impressions or barefoot scans that overlook how people truly move. These outdated methods produce devices that may fit in form, but fail in function.
Baliston Health redefines orthotic care by combining 3D foot scans, high-fidelity gait analysis, and precision 3D printing. Capturing real movement patterns during walking and running, we design orthotics that deliver unmatched accuracy, performance, and long-term comfort—personalized to every step.
Key Metrics
Key Metrics
Real Gait, Not Just Posture
Built on how the patient truly moves, not just how they stand
Walking & Running-Specific Insights
Optimize for daily activity, recovery, or athletic performance
Fast Turnaround
Assess, prescribe, and order in one visit
Personalized 3D Precision
Each orthotic is custom 3D-printed using gait-specific data for unmatched fit, function, and comfort
How
How it Works?
Baliston is the easiest and most complete system for truly personalized orthotics—requiring only a phone and a pair of MovScan-powered insoles to capture both foot structure and real-world movement with clinical-grade precision
Static Foot Scan – Easy & Fast
Clinicians use a smartphone or tablet to capture a 3D scan of the foot directly within the Baliston platform, mapping the shape and volume needed for comfort and fit.
Dynamic Gait Analysis – Real Movement, Real Insight
Patients wear Baliston smart insoles while walking or running, capturing pressure distribution, foot progression angle, asymmetries, pronation/supination, and more.
AI-Powered Orthotic Recommendation
The software combines both static and dynamic data, along with the shoe type, to generate a precision orthotic design.
Custom 3D Printed Orthotics
Each orthotic is 3D printed with premium materials and a heat-moldable base, allowing clinicians to make final adjustments during fitting.
App
Clinical Applications
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Post-Injury Gait Correction
Support improved mechanics during recovery
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Chronic Pain & Foot Stress
Address the biomechanical root of recurring discomfort
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Performance Enhancement
Fine-tune mechanics for athletes and active patients
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Rehab Stage Support
Modify orthotics across phases of movement restoration
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Pediatric Gait Development
Pediatric Gait Development
Use Cases
A wide range of use cases
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Introduction to StrideAI Orthotics Module for W...
ABOUT THE practitioner Dr. Christopher Proulx Director of Education at Baliston Health Massachusetts, USA D.C., Ph.D.(abd), C.S.C.S Private practice and consultant as a physical medicine...
Read the Case StudyIntroduction to StrideAI Orthotics Module for W...
ABOUT THE practitioner Dr. Christopher Proulx Director of Education at Baliston Health Massachusetts, USA D.C., Ph.D.(abd), C.S.C.S Private practice and consultant as a physical medicine...
Read the Case Study -
Dynamic vs Static Assessment for Orthotics Reco...
ABOUT THE practitioner Dr. Christopher Proulx Director of Education at Baliston Health Massachusetts, USA D.C., Ph.D.(abd), C.S.C.S Private practice and consultant as a physical medicine...
Read the Case StudyDynamic vs Static Assessment for Orthotics Reco...
ABOUT THE practitioner Dr. Christopher Proulx Director of Education at Baliston Health Massachusetts, USA D.C., Ph.D.(abd), C.S.C.S Private practice and consultant as a physical medicine...
Read the Case Study
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