Module 1: Introduction to NX CAM

• Overview of Computer-Aided Manufacturing • Introduction to Siemens NX CAM interface

Module 2: Part Modeling for Manufacturing

• Creating 3D models of parts using Siemens NX • Optimizing designs for manufacturability

Module 3: Toolpath Generation

• Generating toolpaths for milling operations • Defining cutting strategies for turning operations

Module 4: 2D Milling Operations

• Learning the essentials of 2D milling operations. • Creating toolpaths for contouring, pocketing, and facing. • Optimizing toolpath strategies for efficiency and precision.

Module 5: 3D Milling Operations

• Mastering advanced 3D milling techniques. • Generating toolpaths for complex surfaces and geometries. • Implementing strategies for high-speed machining.

Module 6: Turning Operations

• Understanding the principles of CNC turning. • Programming turning toolpaths for cylindrical components. • Incorporating grooving, threading, and other turning operations

Module 7: Multi-Axis Machining

• Exploring the capabilities of multi-axis machining. • Implementing simultaneous 4-axis and 5-axis milling strategies. • Achieving intricate geometries and complex part features.

Module 8: Post-Processing and Simulation

• Configuring post-processors for machine-specific output. • Verifying toolpaths and simulating machining operations. • Ensuring collision detection and optimization.

Module 9: Manufacturing Design Process

• Integrating NX CAM into the manufacturing design workflow. • Collaborating with mechanical design teams for seamless integration. • Streamlining the transition from design to production.