3D Foot Scanning and Orthotics Platform

3D Foot Scanning and Orthotics Ordering Platform for Podiatry Clinics

A platform that replaces plaster casts with 3D scans, digital prescriptions and electronic delivery to the lab.

3D scanning and digital orthotics ordering platform for podiatry clinics

Industry
Healthcare, podiatry and custom orthotics manufacturing
Organisation
Australian orthotics technology provider
Solution type
Desktop app, web portals, hardware integration and billing
Core technology
.NET, Angular, SQL Server, Azure, 3D scanner integration, Xero, AutoCAD
Engagement
Design, development, cloud architecture and testing

Headline resultOrthotics delivered in about a week instead of waiting on posted plaster casts

Overview

Podiatry clinics traditionally take plaster casts of a patient’s feet and post them to a lab to make custom orthotics. We built a healthcare software platform that replaces this with 3D foot scanning, digital prescriptions and electronic delivery to the lab, along with order tracking and automated billing.

The Business Problem

Plaster casting is slow, messy and inconsistent. Casts must be couriered to the lab before manufacturing can start, adding cost, delays and admin. Once a cast left the clinic, practitioners had little visibility of where the order was.

  • Inconsistent castingManual casting with inconsistent results
  • Postage delaysPostage costs and delays before production
  • No order trackingNo order tracking for clinics
  • Manual billingManual billing and reconciliation

Our Solution

Clinicians scan the patient’s foot with a connected 3D scanner, complete a digital prescription covering materials, adjustments and notes, then submit it. The scan, prescription and metadata travel securely to the lab through a cloud portal.

The platform includes a desktop scanning application, a clinician portal, a lab portal and an admin and billing portal. Labs import scans into AutoCAD for 3D printing and update order status, while monthly invoices are generated from scan usage and reconciled in Xero. The architecture follows MACH principles with core workflows running as microservices on Azure.

  1. Clinician scans the foot
  2. Digital prescription completed
  3. Scan sent securely to the lab
  4. Lab imports into AutoCAD
  5. Order tracked through to billing

3D foot scanning and orthotics ordering platform

Key Features

  • 3D foot scanner hardware integration
  • Digital prescriptions with materials and adjustments
  • End to end order tracking for clinics and labs
  • High resolution STL export for CAD and manufacturing
  • Import and export of STL and other mesh formats
  • AutoCAD workflow integration for 3D printing
  • Automatic invoice generation from completed orders
  • Monthly billing by clinic usage with Xero reconciliation
  • Patient history and prescription records

Outcomes

  1. Significantly faster turnaround, with orthotics typically delivered within about a week
  2. Lower costs by removing plaster moulds and postage
  3. More consistent, precise manufacturing from digital scans
  4. Less waste and shipping, reducing environmental impact
  5. Full order visibility for clinics
  6. Mobile scanning using LiDAR on supported phones and tablets, removing the need for dedicated hardware
  7. AI assisted scan analysis
  8. Support for other medical scanning use cases and health system integrations

Technology Stack

Frontend4 technologies
Angular

Angular

HTML

HTML

CSS

CSS

JavaScript

JavaScript

Backend5 technologies
C#

C#

.NET

.NET

REST APIs

REST APIs

Entity Framework

Entity Framework

Microservices

Microservices

Database1 technology
SQL Server

SQL Server

Cloud and DevOps4 technologies
Azure Web Apps

Azure Web Apps

Azure API Management

Azure API Management

Azure Blob Storage

Azure Blob Storage

Azure DevOps

Azure DevOps

Integrations3 technologies
3D Foot Scanner

3D Foot Scanner

Xero

Xero

AutoCAD

AutoCAD

Who This Solution Suits

This approach suits podiatry groups, orthotics and prosthetics labs, medical device companies and any healthcare business that wants to connect scanning hardware with digital ordering, manufacturing and billing.

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