Luxury Fragrance Candle Glass Vessel Design

This project involved the design and development of a premium glass fragrance candle vessel intended for luxury home décor and scented candle collections. The objective was to create an elegant, contemporary container that enhances the overall customer experience while providing excellent functionality, durability, and manufacturability. The vessel was designed in SolidWorks using parametric modeling techniques to achieve a clean cylindrical profile with refined proportions and a premium aesthetic. The exterior incorporates embossed branding elements that enhance product identity without compromising the smooth appearance of the glass. The design balances minimalist styling with practical engineering considerations, making it suitable for high-end retail and boutique fragrance brands. Special attention was given to glass wall thickness, base stability, wax volume capacity, thermal performance, and manufacturing feasibility. The vessel was engineered to withstand the heat generated during candle burning while maintaining structural integrity and a premium finish throughout its service life. Project Scope: Complete 3D modeling of a luxury candle glass vessel Premium cylindrical container design Embossed logo and decorative surface detailing Glass wall and base thickness optimization Wax capacity and wick positioning considerations Design for Manufacturing (DFM) for glass production High-quality photorealistic renderings Manufacturing-ready engineering documentation Software Used: SolidWorks KeyShot AutoCAD Deliverables: Complete 3D glass vessel model Manufacturing drawings Product renderings STEP, IGES, PDF, and native SolidWorks files Skills Demonstrated: Glass Product Design Candle Vessel Design Luxury Packaging Design Surface Modeling Product Development SolidWorks Design for Manufacturing (DFM) Packaging Engineering 3D CAD Modeling Product Visualization
solidworks 3d-design 3d-rendering mechanical-design 3d-modelling mechanical-engineering bottle-design vase-design jar-design