3D Printing Visualization and Control Application

Overview

Developed a cross-platform desktop application for controlling and visualizing nano-layer coating processes in 3D printing. The solution enables real-time monitoring and control of micro and nanodevice fabrication.

Challenges

• Cross-platform compatibility requirements
• Complex 3D visualization implementation
• Backend-frontend communication optimization
• High reliability demands
• Performance optimization needs
• Advanced geometric calculations (Arcs, Bézier curves, Polygons, Nurbs)

Solution

Created a comprehensive desktop application featuring:

• Cross-platform compatibility via ElectronJS
• 3D visualization using Three.js
• Real-time process monitoring
• Complex geometric calculations
• Interactive 3D model manipulation
• Multi-language support
• Custom Fetch API for backend communication

Technical Stack

• Framework: ElectronJS
• Frontend: React, TypeScript
• 3D Rendering: Three.js
• Localization: i18next
• Custom API Layer

Development Process

1. Requirements analysis and prototype review
2. Backend optimization
3. UI development with React
4. 3D visualization implementation
5. Feature integration
6. Performance optimization
7. Bi-weekly client demos

Team Composition

• Frontend Developer
• QA Specialist
• Project Manager
• Backend Support (Client Side)

Impact

• Transformed prototype into fully functional application
• Enabled real-time visualization of nano-layer coating
• Improved system responsiveness
• Achieved 80% test coverage
• Enhanced operational efficiency
• Created versatile solution for multiple industries
• Established platform for future enhancements
• Expanded market opportunities in aviation, aerospace, and healthcare

The application successfully evolved from a basic prototype to a sophisticated visualization tool, providing the client with a competitive advantage in advanced manufacturing.

Full version at the link.