Adjustable Stainless Steel Medical IV Stand Design | SolidWorks 3D CAD | Manufacturing-Ready Model

This project showcases a professionally engineered Adjustable Medical IV Stand, designed for hospital and clinical environments with a strong focus on mobility, stability, and durability. The product was developed using advanced 3D CAD modeling techniques to ensure manufacturing readiness and structural reliability. 🔷 Design Objectives • Create a stable and balanced base structure • Integrate smooth 360° swivel casters with brake support • Design telescopic height adjustment mechanism • Provide multi-hook top bar for multiple IV bags • Ensure corrosion-resistant stainless steel structure 🔷 Key Features ✔ Telescopic Height Adjustable Pole ✔ Heavy-Duty Cross Base Frame ✔ Four Multi-Directional Swivel Wheels ✔ Multi-Hook Top Support Bar ✔ Optimized Weight Distribution for Stability 🔷 Engineering & Development The IV stand was designed using: SolidWorks (3D Modeling & Assembly) CATIA (Surface & Mechanical Refinement) GD&T for manufacturing drawings Production-ready mechanical detailing The base geometry was optimized to prevent tipping while maintaining smooth maneuverability in hospital settings. 🔷 Manufacturing Considerations • Stainless Steel Tube Fabrication • Welded Cross Base Assembly • Caster Mount Reinforcement • Simple Disassembly for Maintenance