t
logo
Toll-free: 1-888-567-3933  
 
NX CAM Express Fundamentals

Course:  NX CAM Express Fundamentals

Duration:  3 days

Version: NX8 (older versions upon request)

At Course Completion

After successfully completing this course, you should be able to perform the following activities in NX:

  • Create Manufacturing assemblies
  • Create parent group objects that supply information to operations
  • Utilize options and parameters that are common to various operation types
  • Create drilling, planar milling, face milling, cavity milling, and contour milling operations
  • Generate, verify, and post tool paths

 Prerequisites

This is a basic NX manufacturing class that requires you to have basic computer knowledge and experience as an NC/CNC programmer.

 Course Content

Course consists of;

  • PowerPoint's to support the Instructor’s lecture.
  • Instructor lead demonstrations.
  • Instructor lead activities.
  • Independent practical activities to reinforce the lessons.

Topics:

Day 1
            Lesson 1: Basic CAM Fundamentals
The student will be introduced to:

  • NC Programming Sequence
  • Manufacturing Toolbars
  • Manufacturing Assembly
  • Manufacturing Setup
  • Creating an Operation
  • The Operation Navigator

            Lesson 2: Tools
The student will be introduced to:

    • The concept of carriers, pockets and tools.
    • The creation of carriers, pockets and tools.
    • Assigning tool numbers  

Lesson 3: Cavity Mill and Parent Groups
The student will be introduced to:

    •  The Cavity Mill operation
    • The creation and modification of parent groups in the Cavity Mill operation
    • The Cavity Mill parameters and how to use them to rough and semi-rough a part
    • The creation and use of Tool objects. 

Lesson 4: The Operation Navigator
The student will be introduced to:

    • Activation of the Operation Navigator
    • Functions of the Operation Navigator
    •  Manipulation, customization, and control of the Operation Navigator
    • Operation Navigator symbols
    • Operation Navigator shortcut menu

Day 2

Lesson 5: Coordinate Systems
The student will be introduced to:

  • The use and functionality of the various coordinate systems.
  • The creation and move the Machine Coordinate Systems (MCS).

            Lesson 6: Visualization
The student will be introduced to:

    • The use of Visualization to inspect single and multiple tool paths
    • The display of the tool as it removes material in one or more tool paths
    • How to change the Tool Path display options

Lesson 7: Planar Milling
The student will be introduced to:

    • The creation of Planar Mill operations
    • The creation of Part and Blank boundaries in a MILL_BND Parent Group
    • The creation of Planar Milling tool paths that cut multiple levels
    • The utilization of Profile cut pattern

Lesson 8: Face Milling
The student will be introduced to:

    • The creation of Face Milling operations
    • How to cut single and multiple faces
    • How to avoid cutting open areas on a face
    • The use of various Cut Methods in face milling operations

Day 3

Lesson 9: Drilling
The student will be introduced to:

    • The creation of Drill Geometry Parent Groups, Drilling tools, and Drilling operations.
    • How to specify and edit drill geometry from within an operation
    • Optimization of drilling tool paths
    • The creation of cycles and cycle parameter sets
    • The use various options to control drilling operations

Lesson 10: Text Engraving
The student will be introduced to:

    • The creation of drafting notes to be engraved
    • The creation of tool paths for planar text from drafting notes
    • The creation of tool paths for contour text from drafting notes

Lesson 11: Tool Path Information Output
      The student will be introduced to:

  • The creation of output a CLSF
  • Post processing with NX POST
  • The creation of Shop Documentation

Lesson 12: Fixed Contour milling
The student will be introduced to:

    • Fixed Contour Area Milling and Flow Cut Drive methods to create tool paths
    • Creating Geometry Groups used for Fixed Contouring operations
    • Choosing the most appropriate drive method for a Fixed Contour operation
    • Applying the more advanced concepts of Fixed Contour operations for creating tool paths

 Note:  The number of lessons covered on any given day could vary due to the progress of the class.

Click here for training schedule.