Understanding Inventor CAM Workflow

Introduction

• Presenter: Maxine from Lyon
• Topic: Concepts of the workflow in Inventor CAM
• Focus: Four stages of the workflow process

Four Stages of Inventor CAM Workflow

1. Setup
2. Two Paths
3. Simulation
4. Post-Processing (G-code generation)

Stage 1: Setup

• Select the machine: Generic three-axis in this case
• Choose the machining process: E.g., Milling
• Set up WCS (Work Coordinate System):
  • First selection: Exact direction of the axis
  • Second selection: X-axis
  • Select the stop point: Click on the left corner
• Adjust stock size and shape:
  • Example: Relative size with an offset of 5 mm on the top and side surfaces

Stage 2: Two Paths

• Use face milling as a machining strategy
• Select the tool from the available libraries
• Geometry selection: Automatically selected for facing
• Adjust passes and extensions as necessary
• Simulation:
  • Click simulate to preview the stop
  • Click play to generate the simulation
  • Check for errors and make adjustments if needed

Stage 3: Simulation

• Preview of processes such as:
  • Facing
  • Counterbore drilling
  • Tapping
• Additional strategies can be explored in the built-in tutorial

Stage 4: Post-Processing

• Refresh the simulation by clicking generate
• Start post-processing:
  • Select the correct library for the machine
  • Click post and choose where to save the G-code
• Output: View the generated G-code

Conclusion

• Recap of the four stages of Inventor CAM: Setup, Two Paths, Simulation, and Post-Processing
• Encouragement to explore the built-in tutorial for more details
• Call to action: Like on Facebook at facebook.com/rdSSB
• Thank you and see you again!