Quick Die Change Unit for Industrial Press Automation
This project involved the design and development of a Quick Die Change (QDC) Unit engineered to reduce tooling changeover time in industrial stamping and manufacturing operations. The system was designed to improve production efficiency, minimize machine downtime, and enhance operator safety by enabling fast, accurate, and repeatable die replacement.
The assembly was developed in SolidWorks using a fully parametric design approach, allowing flexibility for different press sizes and die configurations. The design integrates precision guide rails, hydraulic/pneumatic clamping mechanisms, die transfer components, and a reinforced structural base to ensure smooth die movement and secure positioning during operation.
Particular attention was given to load distribution, structural rigidity, component accessibility, and Design for Manufacturing (DFM). Interference analysis and assembly verification were performed to ensure reliable operation and simplified maintenance in high-volume production environments.
Project Scope:
Complete 3D modeling of the Quick Die Change unit
Structural frame and weldment design
Die transfer mechanism development
Guide rail and positioning system integration
Hydraulic/pneumatic component accommodation
Assembly verification and interference analysis
Design for Manufacturing (DFM)
Manufacturing-ready engineering drawings
Bill of Materials (BOM) preparation
Software Used:
SolidWorks
AutoCAD
Deliverables:
Complete 3D assembly model
Individual part models
Assembly drawings
Manufacturing and fabrication drawings
Weldment cut list
Bill of Materials (BOM)
STEP, PDF, DXF, and native SolidWorks files
Skills Demonstrated:
Mechanical Design
Industrial Automation
Press Tooling Systems
Quick Die Change (QDC) Design
Weldment Design
Machine Design
SolidWorks
Design for Manufacturing (DFM)
Assembly Design
Manufacturing Documentation