Portable UV Sterilization Jar with Integrated LED Disinfection System

This project involved the design and development of a portable UV sterilization jar featuring an integrated UV LED light system for disinfecting and preserving personal items. The objective was to create a compact, modern, and user-friendly device that combines product protection with an elegant appearance, making it suitable for personal care, beauty accessories, small electronic devices, and healthcare applications. The product was developed in SolidWorks using parametric modeling techniques to optimize the jar geometry, threaded closure, and internal component integration. The transparent body allows users to monitor the contents while showcasing the integrated UV lighting system, creating both functional and visual appeal. Special attention was given to the placement of the UV LED module, internal component packaging, battery accommodation, threaded closure design, and overall manufacturability. The enclosure was engineered to provide structural durability while ensuring reliable assembly and maintenance access for the electronic components. Project Scope: Complete 3D modeling of the UV sterilization jar Integrated UV LED housing and mounting design Threaded lid and closure system Internal component packaging and layout Battery and electronic component integration Design for Manufacturing (DFM) High-quality photorealistic renderings Manufacturing-ready engineering documentation Software Used: SolidWorks KeyShot AutoCAD Deliverables: Complete 3D assembly model Individual component models Assembly and manufacturing drawings Product renderings STEP, IGES, PDF, and native SolidWorks files Skills Demonstrated: Product Design Consumer Electronics Enclosure Design Mechanical Design Packaging Engineering Plastic Product Design SolidWorks Assembly Design Design for Manufacturing (DFM) Technical Documentation Product Visualization