Project Overview
By securely storing intraoral scans and patient information, it enables dentists to provide patients with duplicate dentures efficiently,
enhancing both practice revenue and patient satisfaction.This solution provides a secure and comprehensive system for managing denture scans and facilitating seamless collaboration with partner dental labs.
By addressing inefficiencies in traditional denture replacement workflows, the platform streamlines processes, enhances patient satisfaction, and reduces
administrative burdens—aligning with the client’s expertise in delivering cutting-edge solutions for dental practices.
Application Details
The project is organized into strategically defined milestones to ensure efficient management and timely completion. Each milestone targets specific
objectives and deliverables, facilitating systematic progress tracking and the successful execution of critical stages throughout the development lifecycle.
Secure Patient Data Management
Dentists can upload, store, and retrieve patients’ denture scans and information through a user-friendly portal. This centralized system ensures
data security and easy access when needed.
Replacement Request System
When a patient requires a new denture—due to loss, damage, or the need for an extra set—the dentist can log into the portal, select the patient’s
profile, and submit a case. This process eliminates the need for additional appointments or re-scanning, saving time for both the dentist and the patient.
Admin Coordination Module
The platform manages the entire process, from receiving the replacement request to coordinating with partner labs for denture fabrication. This seamless
workflow reduces administrative burdens on dental practices.
Shipping Label Generation
The platform automates the generation of shipping labels upon submission of a case by the practice or dentist to the lab partner. The system dynamically
integrates with the Shipping Station API to create shipping labels based on the provided case details, which can then be downloaded by the
user for streamlined processing and dispatch.
Technical Implementations
Frontend Implementation
The frontend is implemented using React.js, leveraging its component-based architecture to build a highly modular, reusable, and maintainable codebase.
The interface is fully responsive, ensuring optimal performance across devices and screen sizes. Advanced React features, such as state management with hooks and context,
enable dynamic user interactions and seamless communication with the backend via RESTful APIs for an efficient and intuitive user experience.
Backend Implementation
The backend is architected using Node.js and Express, providing a scalable, high-performance framework for server-side operations and complex business logic.
MongoDB is employed as the primary NoSQL database, with Mongoose enabling efficient schema-based data modeling and query optimization.
- Stripe API for secure and reliable payment processing.
- Shipping Station API for dynamic shipping label generation and logistics streamlining.
- AWS S3 for storage and retrieval of scan files, ensuring durability, scalability, and high availability.
Conclusion
On Demand Dentures addresses the inefficiencies of traditional denture replacement workflows by leveraging advanced digital technologies.
The platform integrates secure data management, automated request handling, and seamless lab coordination to deliver a streamlined, efficient,
and user-centric solution. Its robust architecture ensures scalability and reliability, significantly improving operational workflows for dental
practices while enhancing convenience and satisfaction for patients.