Sheet Metal Feeder Assembly
This project involved the design and development of a sheet metal feeder assembly for an automated material handling system. The objective was to create a robust, efficient, and manufacturing-ready assembly capable of accurately feeding sheet metal components while ensuring smooth operation, structural durability, and ease of maintenance.
The assembly was designed entirely in SolidWorks using parametric modeling techniques to enable rapid design modifications and efficient product development. The system incorporates a welded structural frame, precision-machined components, drive mechanisms, guide rails, and mounting assemblies, all optimized for reliable industrial performance.
Throughout the design process, emphasis was placed on manufacturability, assembly efficiency, and component accessibility. Design for Manufacturing (DFM) principles were applied to reduce fabrication complexity, improve assembly workflow, and minimize production costs while maintaining high structural integrity.
Project Scope
Complete 3D modeling of the feeder assembly
Welded structural frame and sheet metal component design
Drive mechanism and component integration
Assembly modeling and interference detection
Design for Manufacturing (DFM)
Manufacturing and fabrication drawings
Bill of Materials (BOM) preparation
Production-ready engineering documentation
Software Used
SolidWorks
AutoCAD
Deliverables
Complete 3D assembly model
Individual part models
Manufacturing and assembly drawings
Sheet metal flat patterns
Weldment cut list
Bill of Materials (BOM)
STEP, DXF, PDF, and native SolidWorks files
Skills Demonstrated
Mechanical Design
Sheet Metal Design
Automated Material Handling Systems
Weldment Design
Assembly Design
SolidWorks
Design for Manufacturing (DFM)
Manufacturing Drawings
BOM Preparation
Industrial Equipment Design