About Press Tool Design Course
Press tools are used in manufacturing.
Press Tool Design Course Objectives
To design dies and tools.
Pre-Requisites To Learn Press Tool Design
Mechanical Basics
Top Career Roles after Press Tool Design Course:
Tool Design Engineer
Course Outline
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Module 1: Introduction to Press Tool Design
View Details - • Introduction to Press Tools
- • Applications of Press Tools
- • Types of Press Tools
- • Shearing Dies
- • Bending Dies
- • Drawing Dies
- • Basic Components of a Press Tool
- • Press Tool Workflow
- • Industrial Applications
- • Career Opportunities in Press Tool Design
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Module 2: Materials & Manufacturing Processes
View Details - • Materials Used in Press Tools
- • Properties of Tool Materials
- • High Carbon Steel
- • Tool Steel Applications
- • Heat Treatment Basics
- • Manufacturing Processes for Press Tools
- • Machining Operations
- • Grinding Operations
- • Surface Finishing
- • Material Selection Criteria
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Module 3: CAD Methodology for Press Tool Design
View Details - • Introduction to CAD Methodology
- • Press Tool Design Principles
- • Design Considerations
- • Factors Affecting Design
- • Safety Aspects in Press Tool Design
- • Efficiency in Tool Design
- • Precision Design Concepts
- • 2D Drafting Concepts
- • 3D Modeling Basics
- • Design Documentation
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Module 4: Shearing & Blanking Die Design
View Details - • Introduction to Shearing
- • Introduction to Blanking
- • Shearing Die Design
- • Blanking Die Design
- • Clearance Calculations
- • Punch and Die Design
- • Strip Layout
- • Cutting Force Calculations
- • Die Design Considerations
- • Industrial Applications
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Module 5: Bending & Forming Dies
View Details - • Introduction to Bending
- • Introduction to Forming
- • Types of Bending Dies
- • Types of Forming Dies
- • Bend Allowance
- • Spring Back Effect
- • Bending Force Calculations
- • Design Principles for Bending Dies
- • Forming Die Applications
- • Industrial Case Studies
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Module 6: Drawing Die Design Techniques
View Details - • Introduction to Drawing Process
- • Deep Drawing Concepts
- • Drawing Die Design
- • Blank Holder Design
- • Drawing Ratio Calculations
- • Drawing Force Calculations
- • Wrinkling and Tearing Defects
- • Deep Drawing Techniques
- • Design Considerations
- • Industrial Drawing Applications
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Module 7: Progressive Die Design
View Details - • Introduction to Progressive Dies
- • Stages in Progressive Die Design
- • Strip Layout Design
- • Station Planning
- • Progressive Tool Components
- • Advantages of Progressive Dies
- • Applications of Progressive Dies
- • Feeding Mechanisms
- • Production Optimization
- • Industrial Examples
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Module 8: Compound & Combination Dies
View Details - • Compound Dies
- • Combination Dies
- • Applications of Compound Dies
- • Applications of Combination Dies
- • Design Principles
- • Tool Assembly Concepts
- • Practical Design Examples
- • Case Studies
- • Production Advantages
- • Industrial Standards
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Module 9: Die Set Design & Components
View Details - • Components of a Die Set
- • Guide Pillars and Bushes
- • Die Blocks
- • Punch Holders
- • Stripper Plates
- • Mounting Techniques
- • Alignment Methods
- • Die Set Design
- • Assembly Procedures
- • Industrial Design Standards
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Module 10: CAD/CAM in Press Tool Design
View Details - • Introduction to CAD Software
- • Introduction to CAM Software
- • 2D Tool Design Using CAD
- • 3D Modeling for Press Tools
- • Simulation of Press Tools
- • CAM Operations
- • Toolpath Generation
- • NC Code Generation
- • Design Validation
- • Industrial Automation Concepts
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Module 11: Tool Maintenance & Troubleshooting
View Details - • Press Tool Maintenance
- • Common Tool Failures
- • Troubleshooting Methods
- • Tool Wear Analysis
- • Preventive Maintenance
- • Corrective Maintenance
- • Tool Life Improvement
- • Inspection Techniques
- • Maintenance Scheduling
- • Industrial Best Practices
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Module 12: Industrial Project & Final Assessment
View Details - • Industrial Press Tool Project
- • Tool Design Based on Specifications
- • Project Planning
- • Design Review and Critique
- • Tool Functionality Validation
- • Final Assessment
- • Industrial Documentation
- • Presentation Skills
- • Interview Preparation
- • Career Guidance
Reviews
Course Content
Outstanding
Puncuality
Outstanding
Trainers
Outstanding
Sachin Jadhav
The Plastic Product Design training at CADkul gave me strong industry exposure. The real-time projects and mould design concepts helped me crack interviews easily.
Shruti Patil
I loved the teaching approach — simple, clear, and industry-focused. CADKUL’s team guided me through every stage of my Wiring Harness (catia) journey until I got placed @Tech Mahindra Pune
Amar Patil
Amar here....just completed my design course in wire hireness domain with catia software....feel confident by this cz im from non electrical field...teachers are excellent and friendly....atmosphere on top...got placed in top company @Haidrabad....Thankyou CADkul Team...kindly suggest if ur looking in CAD or IT courses:)