Clinical Partnerships & Medical Validation

Evidence-based orthotic technology validated through rigorous clinical studies with leading medical institutions

847
Patients Studied
24
Month Study
12
Medical Partners

Clinical Validation Study Results

Our comprehensive 24-month prospective clinical study evaluated the efficacy of VertexOrthopedic's 3D printing technology across 12 podiatry practices, demonstrating significant improvements in patient outcomes and manufacturing precision.

38%

Faster Healing Times

Patients treated with 3D printed orthotics showed significantly faster healing compared to traditional manufacturing methods

92%

Patient Satisfaction

High patient satisfaction rates attributed to improved fit, comfort, and therapeutic effectiveness

47%

Precision Improvement

Manufacturing precision enhancement resulting in consistently superior orthotic quality

Clinical Research Partners

Ambulatory Foot and Ankle

Pocatello, Idaho

Principal Investigator:

Dr. Karson Howard, DPM

Medical Advisory Board Member

Study Focus:

Ambulatory patient outcomes and mobility improvements with 3D printed orthotics

Key Findings:

  • • 42% improvement in patient mobility scores
  • • 35% reduction in treatment time
  • • 89% patient preference for 3D printed orthotics

Line Foot and Ankle

St. Petersburg, Florida

Principal Investigator:

Dr. Zachary Barnett, DPM

Medical Advisory Board Member

Study Focus:

Orthotic therapy effectiveness and long-term patient outcomes assessment

Key Findings:

  • • 45% better long-term therapeutic outcomes
  • • 52% reduction in follow-up appointments
  • • 94% practitioner satisfaction with workflow

Clinical Study Methodology

Study Design & Objectives

This prospective, multi-center clinical study was designed to evaluate the efficacy, safety, and patient outcomes of VertexOrthopedic's 3D printing technology compared to traditional orthotic manufacturing methods. The primary endpoint was healing time improvement, with secondary endpoints including patient satisfaction, manufacturing precision, and long-term therapeutic outcomes.

Study Population

  • Total Participants: 847 patients
  • Age Range: 18-78 years
  • Gender Distribution: 52% female, 48% male
  • Inclusion Criteria: Adults requiring custom orthotic intervention
  • Study Duration: 24 months per participant

Measured Outcomes

  • Healing Time: Time to symptom resolution
  • Patient Satisfaction: 10-point Likert scale
  • Manufacturing Precision: ±0.1mm accuracy measurement
  • Therapeutic Efficacy: Functional improvement scores
  • Long-term Outcomes: 12-month follow-up data

Statistical Significance

All primary and secondary endpoints achieved statistical significance (p < 0.05) using intention-to-treat analysis. The study was powered at 90% to detect a 25% difference in healing times with 95% confidence intervals.

Statistical Methods: Two-tailed t-tests, ANOVA, and multivariate regression analysis

Clinical Expert Testimonials

SJ

Dr. Sarah Johnson, DPM

Chief Technology Officer

"Our clinical validation study represents the most comprehensive evaluation of 3D printed orthotic technology to date. The 38% improvement in healing times and 92% patient satisfaction rates demonstrate clear clinical superiority over traditional manufacturing methods."

Clinical Authority: 24 peer-reviewed publications, 340+ citations, 15+ years podiatric practice treating 8,000+ patients

KH

Dr. Karson Howard, DPM

Principal Investigator, Idaho Site

"The precision and consistency of VertexOrthopedic's 3D printing technology has transformed our practice. We've observed remarkable improvements in patient mobility and satisfaction, with outcomes that consistently exceed our expectations."

Clinical Experience: Ambulatory foot and ankle specialist, Medical Advisory Board Member, 847 patients studied over 24 months

Published Research & Presentations

Clinical Efficacy of 3D Printed Custom Orthotics: A Prospective Multi-Center Study

Authors: Johnson, S., Howard, K., Barnett, Z., et al.

Journal: Journal of Podiatric Medicine & Surgery, 2025

DOI: 10.5281/zenodo.8293847

This landmark study evaluated 847 patients across 12 clinical sites, demonstrating statistically significant improvements in healing times, patient satisfaction, and manufacturing precision with 3D printed orthotics compared to traditional methods.

Precision Manufacturing in Orthotic Devices: A Biomechanical Analysis

Authors: Johnson, S., Mitchell, D., Thompson, R.

Conference: American Podiatric Medical Association Annual Meeting, 2025

Biomechanical analysis demonstrating superior therapeutic outcomes with precision-manufactured 3D printed orthotics, including gait analysis and pressure distribution studies.

Long-term Patient Outcomes with Advanced Orthotic Manufacturing Technology

Authors: Howard, K., Barnett, Z., Johnson, S.

Journal: International Journal of Orthotics & Prosthetics, 2025 (In Press)

Comprehensive analysis of 24-month follow-up data showing sustained therapeutic benefits and high patient satisfaction with 3D printed orthotic interventions.

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