187 mL Round Glass Jar Design for Food and Consumer Packaging

This project involved the design and development of a 187 mL round glass jar intended for food, cosmetic, and consumer packaging applications. The objective was to create a functional, aesthetically appealing, and manufacturing-ready container that combines durability with an efficient packaging design. The jar was developed in SolidWorks using a fully parametric modeling approach, allowing easy modifications to dimensions, wall thickness, and finish specifications. The design was optimized for glass manufacturing while maintaining uniform wall distribution, structural integrity, and an attractive appearance suitable for premium consumer products. Particular attention was given to the jar geometry, neck finish compatibility, base stability, labeling surface, and overall manufacturability to ensure reliable production and efficient filling, capping, and packaging operations. Project Scope Complete 3D modeling of the 187 mL round glass jar Neck finish and closure interface design Wall thickness and base geometry optimization Overflow capacity and filling volume considerations Design for glass manufacturing (DFM) Manufacturing-ready engineering drawings High-quality product renderings STEP and native CAD file preparation Software Used SolidWorks KeyShot (Rendering) AutoCAD Deliverables Complete 3D glass jar model Manufacturing drawings Technical specifications Product renderings STEP, PDF, and native SolidWorks files Skills Demonstrated Glass Packaging Design Product Design Mechanical Design Container Development Packaging Engineering SolidWorks Design for Manufacturing (DFM) Technical Drawings 3D CAD Modeling Photorealistic Rendering