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SHORT TERM COURSES

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Introduction to CNC Machines
  • Objectives
  • Modern Manufacturing
  • Computer Numerical Control (CNC)
  • Why do you need CNC?
  • History of NC Machines
  • Factors influencing development CNC machines
  • CNC machines trends
  • Features of latest CNC systems
  • Applications of CNC
  • Key Advantages of CNC
  • Common CNC Machines
  • Current Sinerio
  • Multitasking Machines
  • CNC System
  • Nino Machining
  • FMS
  • Un Manned Machines
  • Other CNC Machines
Basics of the CNC Turning Center
  • Objectives
  • What Is the Lathe?
  • History of the Lathe
  • Types of Turning Centers
  • How the Turning Center Works
  • Common Components of the Turning Center
  • How the Turning Center Cuts
  • Cutting Variables
  • Outer Diameter Operations
  • Inner Diameter Operations
  • Cutting Tools for the Turning Center
  • Toolholders for the Turning Center
  • The Turret of the Turning Center
  • Workholders for the Turning Center
  • Summary
Basics of the CNC Machining Center
  • Objectives
  • What Is the Mill?
  • From Mill to Machining Center
  • Types of CNC Machining Centers
  • Basic Setup of the Machining Center
  • Control Devices of the Machining Center
  • How the Machining Center Cuts
  • Cutting Variables
  • Milling Cutters for the Machining Center
  • Milling Operations
  • Hole-Making Operations
  • Cutting Tool Materials
  • Toolholders for the Machining Center
  • Toolchangers for the Machining Center
  • Workholding for the Machining Center
  • Summary
Major component of CNC Machines
  • Objectives
  • Define Major Component of CNC Machines
  • Ballscrew
  • LM Guides
  • Control System
  • Servo Motors
  • Torque Motors
  • Torque Coupling
  • Feedback Encoders
  • Work Holding
  • Tool Holding
  • Summary
Tooling for CNC Machine
  • Objectives
  • Basic Concept of Tooling
  • Tool Material
  • Turning tool
  • Milling Tool
  • Special Tooling
  • Selection of Tooling
  • Speed and Feed
  • New Modular Tooling
  • Summary
Fixtures for CNC Machines
  • Objectives
  • Work Holding Devices
  • Fixture define
  • Fixture Design Criteria
  • Work holding and Locating System
  • Types of Workholding Device
  • Automatic Work Changer
  • Chuck, Work holding device for Turning Machine
  • Modular Work holding Fixture
  • Hydraulic work holding Device
  • Summary
CAD/CAM Overview
  • Objectives
  • The Importance of CAD/CAM
  • The Stages of Part Design and Manufacturing
  • What Is CAD?
  • Geometric Modeling
  • Solid Modeling
  • Designing in CAD
  • CAD Drawings and Documentation
  • Important Design Considerations
  • What Is CAM?
  • Manual and Computer-Assisted Part Programming
  • CAD/CAM Part Programming
  • Neutral Instructions and Post Processing
  • Drawing Exchange Format
  • Standard for the Exchange of Product Model Data
  • Important Manufacturing Considerations
  • Combining CAD/CAM
  • Summary
Engineering Good Design
  • Objectives
  • Engineering Good Design
  • Learning Design
  • What Is Design for Assembly (DFA)?
  • What Is Design for Manufacturing (DFM)?
  • DFM/DFA Guidelines
  • Design For Lifecycle
  • Design For Six sigma
  • Mistake proofing by Design
  • Design For Coast
  • Gate review and Design review
  • Design Tool
  • Summary
Basic Industrial Management System
  • Objectives
  • ISO 9000 Quality, What is it?
  • Lean Manufacturing
  • Kaizen
  • 5 S Philosophy
  • Kanban
  • Pokoyoke
  • Just in time
  • Total Quality Management
  • Time and Motion study
  • Root cause failure Analysis (RCFA)
  • Summary
Manufacturing Processes
  • Objectives
  • Different Manufacturing Processes
  • Importance of Processes
  • Basic of Sand Casting, Die casting, Investment Casting
  • Design consideration for Casting
  • Basic of Forging
  • Forging Processes
  • Metal Forming
  • Laser Technology
  • Rapid Proto Typing
  • Summary
Bearing Selection
  • Objectives
  • Journal Bearing
  • Antifriction Bearing
  • Classification of Antifriction Bearing
  • Application
  • Bearing For Machine tools
  • Selection of Bearing
  • Summary
Machine tool Spindle
  • Objectives
  • Function and importance of Spindle in Machine tools
  • Component of Machinetool Spindle
  • Materials for Spindle
  • Spindle design criteria
  • Selection consideration for spindle bearings
  • Bearing Configuration
  • Spindles for Different Applications
  • Summary
Turning Machine Programming
  • Objectives
  • Manual Programming for CNC
  • A Sample Turning Program
  • The Types of Motion
  • Programming Tool Movements
  • The Facing and Rough Turn Path
  • Speed and Feed Modes
  • The Drilling Path
  • Startup Codes
  • Tool Changes and Optional Stops
  • The Boring Path
  • The Rough Turn Canned Cycle
  • The Finish Turning Path
  • The Peck Drill Canned Cycle
  • Using a Template
  • Proving Out
  • Summary
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