Heavy-duty industrial trolley designed for strength, stability, and ergonomic handling.
This project includes the design and development of a heavy-duty industrial trolley using SolidWorks weldment tools. The trolley is designed for handling heavy machining components in industrial environments, with emphasis on strength, stability, and usability.
The trolley was developed for industrial environments where heavy machining components must be moved safely and reliably. The design prioritizes structural strength, stable load handling, and usability during repeated shop-floor operation.
Uses a weldment-based structural frame for industrial durability.
Optimized for load-bearing capacity and ergonomic handling.
Designed to support strength, stability, and day-to-day usability.
Validation
Functional validation was carried out through motion analysis so the trolley design could be checked for stable movement, practical geometry, and real industrial usability before fabrication.
Motion analysis was performed for functional validation.
The frame supports reliable industrial load carrying and maneuverability.
The design is manufacturing-ready for industrial fabrication.
Project Visuals
Supporting images for this project
Concept render of the welded trolley showing load platform, frame, and wheel placement.
Front, side, top, and isometric views used to verify balance and motion behavior.
