Computer Numerically Controlled (CNC) Machining

Course Description

Learn G-code programming and CNC operations to prepare for machining in modern manufacturing environments.

Course Content:

• Introduction to CNC machining and its terminology
• Basics of G-code commands and structure
• Understanding machine coordinate systems
• Writing basic programs for simple machining tasks
• Using advanced features for complex operations
• Using software to simulate machining operations
• Designing efficient tool paths for production
• Practical experience with operating a CNC machine
• Diagnosing and solving common errors in CNC machining
• Applying knowledge to design and program a complex part
• Ensuring safe practices in programming and operation
• Demonstrating mastery of programming and operation

Applications and Hands-On:

• Identifying machine components and controls
• Writing simple G-code commands
• Setting up and aligning workpieces
• Running a basic program on a CNC simulator
• Creating advanced tool paths
• Error-checking programs in simulation
• Optimizing tool paths for efficiency
• Machining a simple part
• Debugging programs and machine setups
• Group project creating a multi-step program
• Creating a safety checklist for CNC operations
• Completing a comprehensive CNC project

Resources Provided:

• CNC machine access
• Simulation software
• G-code reference guides