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Medical Imaging to 3D Model Conversion Platform Enhancement

gloriumtech.com

Medical

Healthcare Technology

Biotechnology

Challenge

BIOMODEX faces challenges in efficiently and accurately converting complex medical imaging data (MRI, CT, 3D Ultrasound) into high-quality, printable 3D models of human anatomy. The existing process requires significant manual effort, leading to longer turnaround times and potential inaccuracies, hindering their ability to rapidly deploy solutions and maintain a competitive edge. Ensuring accurate organ extraction and a smooth 2D-to-3D conversion is critical for the effectiveness of their training and surgical planning tools.

About the Client

BIOMODEX is a digital health company specializing in developing 3D printing solutions for medical training and surgical planning, leveraging proprietary technology.

Objectives

Reduce the time required to convert medical imaging data into 3D models from 30 minutes to further optimized timelines.
Enhance the accuracy and fidelity of generated 3D models for improved training and surgical planning.
Improve the scalability of the platform to handle increasing data volumes and user demand.
Maintain flexibility to adapt to evolving medical imaging standards and 3D printing technologies.

Functional Requirements

DICOM data processing and import from MRI, CT, and 3D Ultrasound scans.
Region of Interest (ROI) selection tools.
Automated image segmentation capabilities.
STL file generation for 3D printing.
Order management and tracking functionality.
DICOM viewer for STL files.
3D mask overlay for enhanced model precision.

Preferred Technologies

Angular

Ruby on Rails

AWS

DICOM standards

Integrations Required

PACS (Picture Archiving and Communication System) integration for automated data retrieval.
Potentially integration with 3D printing service providers.

Non-Functional Requirements

High performance and scalability to handle large datasets.
Data security and compliance with HIPAA regulations.
User-friendly interface for medical professionals.
Robust error handling and reporting.

Business Impact

This enhanced platform is expected to significantly improve BIOMODEX's operational efficiency by reducing model creation time, increasing accuracy, and enabling faster delivery of solutions to clients. This will strengthen their market position, accelerate commercialization of their offerings, and solidify their reputation as a leader in medical training and surgical planning. The ability to quickly adapt to evolving medical technology will ensure long-term viability and growth.