Medical Additive Manufacturing | Scan-to-Print Orthotic Engineering

Establish and scale an ISO-compliant medical 3D printing and custom orthotics lab.

Print For The Cure publishes the authoritative medical additive manufacturing manual and orthotics clinical workflow blueprint by biomedical engineer Cedric Dewayne Moore. Engineered for orthotists, prosthetists, and biomedical labs navigating 3D limb surface scanning, generative CAD lattice design, biocompatible polymer chemistry, and FDA custom device regulations.

Format: Comprehensive Operational Manual
Price: $499 (One-Time)
Guarantee: 14-Day Money-Back Guarantee
PRINT FOR THE CURE
Print For The Cure - Biomedical Additive Manufacturing & Custom Orthotics Masterclass
Medical Additive Manufacturing | Scan-to-Print Orthotic Engineering
Cedric Dewayne Moore
Texas
What You Receive

The Complete Operational Manual Suite

Every purchase includes immediate digital delivery of the comprehensive core manual, complete contract templates, and financial calculation models.

The 175-Page Medical Additive Manufacturing Operations Manual

Step-by-step technical guide covering scanning, CAD lattice generative modeling, and post-processing.

Validated Slicing Profiles Library for Medical-Grade Filaments

Pre-tuned slicing configurations for TPU, Nylon PA12, and PEEK for high-fatigue orthotic devices.

ISO 13485 Compliant Quality Management System (QMS) Suite

Quality control inspection checklists, patient scan verification rubrics, and batch traceability logs.

Clinical Reimbursement L-Code Directory & Part Cost Calculator

Financial tool calculating per-part filament cost, machine depreciation, and standard CMS billing codes.

Table of Contents

Detailed Chapter Curriculum

Six in-depth modules engineered with strict operational guidelines, regulatory frameworks, and financial models.

01

Patient Limb Photogrammetry & Structured-Light 3D Scanning

High-accuracy optical surface scanning of residual limbs, cranial profiles, and dynamic plantar arches. Mesh clean-up, artifact suppression, and landmark coordinate calibration.

02

Biomedical CAD Engineering & Generative Lattice Structures

Parametric modeling of custom ankle-foot orthoses (AFOs), wrist braces, and prosthetic sockets. Implementing gyroid, Voronoi, and diamond lattices for weight minimization and variable stiffness.

03

Biocompatible Material Chemistry & Mechanical Testing

Material formulation and evaluation: medical-grade TPU, PA12 (Nylon), PEEK, and biocompatible resins. ISO 10993 skin sensitization testing and tensile fatigue characterization.

04

Industrial Additive Hardware Calibration & Slicing Optimization

Tuning SLS, MJF, and high-temp FFF platforms to achieve ±0.2mm medical tolerance. Optimizing print bed orientation to resist multi-axis ambulation shear loads.

05

Medical Cleaning, Vapor Polishing & Sterilization SOPs

Solvent vapor smoothing protocols, thermal annealing for residual stress relief, antimicrobial surface coatings, and ethylene oxide / autoclave sterilization cycles.

06

FDA 510(k) Custom Exemptions, Billing & Healthcare Economics

Navigating FDA custom device guidelines, patient HIPAA compliance, equipment amortization models, and insurance reimbursement coding (L-Codes) for clinical billing.

Who This Manual Is For

  • Orthotists, prosthetists, and physical therapists modernizing traditional plaster casting into digital 3D workflows
  • Biomedical engineers and additive manufacturing technicians launching medical device fabrication labs
  • Clinics and hospitals seeking to slash orthotic turnaround time from weeks to 24 hours
  • Additive manufacturing entrepreneurs entering high-margin customized healthcare manufacturing

Who Should NOT Buy This

  • Hobbyists looking to print decorative toys or basic trinkets on uncalibrated consumer hardware
  • Operators unwilling to comply with biocompatibility standards and clinical fitting requirements
  • Individuals looking for DIY home medical treatments without clinical supervision

Operate with technical precision, regulatory compliance, and high margins.

Digital access to the complete technical operations manual, contract agreements, and financial calculation models. Review our return policy before acquiring.

$499
Get the Operational Blueprint
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Terms & Disclosures

Our Guarantee & Fulfillment Policies

14-Day Money-Back Guarantee

We stand firmly behind the technical quality of this manual. If within 14 days of purchase you find that the materials do not significantly elevate your operational rigor or contract clarity, email our advisory team for a prompt, 100% refund.

Single-Operator Digital License

Each acquisition grants a non-transferable, perpetual license for a single corporate operator, consultancy, or individual founder. Digital redistribution, public uploading, or resale of the template agreements is strictly prohibited under international copyright laws.

Professional Scope & Legal Notice

This operational blueprint provides rigorous industry best practices, operational templates, and financial models. It does not constitute formal legal counsel or state engineering certification. Users must have agreements reviewed by state-licensed legal counsel.

From the Author
Dear Colleague & Industry Professional,

I founded Print For The Cure after years in biomedical engineering seeing patients wait 4 to 8 weeks for uncomfortable, handmade plaster-cast orthoses that cost thousands of dollars and often caused secondary skin ulcerations.

Medical 3D printing is completely revolutionizing rehabilitative medicine: an optical scan can be captured in 60 seconds, computationally optimized for zonal stiffness and breathability with gyroid lattices, and fabricated overnight on medical-grade polymer printers at a fraction of traditional manufacturing costs.

This operations manual gives you the complete blueprint: from scanner selection and topology clean-up to biocompatible material sterilization (ISO 10993) and insurance billing codes (L-Codes). Here is to precision clinical engineering, patient comfort, and additive manufacturing excellence.

Cedric Dewayne Moore
Biomedical Additive Manufacturing Specialist & Clinical Orthotics Director | PRINT FOR THE CURE
1018 Southwestern Dr
Cedar Hill, TX 75104
Phone: (214) 334-9950
Email: cedric@printforthecure.shop
Direct Advisory

Have questions before purchasing?

We are glad to answer questions regarding the manual's operational scope, templates, or digital order fulfillment support.

Advisory Office

Direct technical advisory channel for operators, consultants, and digital order inquiries.

Author & Specialist Cedric Dewayne Moore
Direct Phone (214) 334-9950
Office Hours Mon-Fri, 8am-5pm CST
Physical Address 1018 Southwestern Dr
Cedar Hill, TX 75104
Direct Response: All inquiries are reviewed directly by our office team during standard business hours.

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