CNC Manufacturing Technology, 1st Edition, Lab Workbook
Organized to follow the textbook on a chapter-by-chapter basis, providing questions to help the student review the material presented in the chapter. This supplement is a consumable resource, designed with perforated pages so that a given chapter can be removed and turned in for grading or checking.
Access Workbook activities by clicking the Resources icon on the left hand menu in the viewer.Table of Contents
Abbreviated Contents
CNC Manufacturing Technology, 1st Edition, Lab Workbook
- Front Matter
- 1 - Progressing to CNC Manufacturing
- 2 - The Skills to Compete
- 3 - Machine Shop Safety
- 4 - Machining Math
- Lab Activity 4A - Adding Fractions with a Common Denominator
- Lab Activity 4B - Adding Fractions with an Uncommon Denominator
- Lab Activity 4C - Subtracting Fractions with a Common Denominator
- Lab Activity 4D - Subtracting Fractions with an Uncommon Denominator
- Lab Activity 4E - Converting Fractions to Decimals
- Lab Activity 4F - Calculating Radius, Diameter, and Circumference of a Circle
- Lab Activity 4G - Calculating Missing Information of a Circle
- Lab Activity 4H - Identifying Triangles
- Lab Activity 4I - Labeling Triangles
- Lab Activity 4J - Calculating Supplementary Angles
- Lab Activity 4K - Calculating Unknown Angles
- Lab Activity 4L - Calculating Complementary Angles
- Lab Activity 4M - Using the Pythagorean Theorem
- Lab Activity 4N - Calculating the Hypotenuse and Adjacent Side of a Triangle
- Lab Activity 4O - Calculating Missing Angles in Right Triangles
- Lab Activity 4P - Identifying Positions on Number Lines
- Lab Activity 4Q - Locating X- and Y-axis Coordinates
- Lab Activity 4R - Calculating RPM for a Milling Operation
- Lab Activity 4S - Calculating IPM Feed Rate for a Milling Operation
- Lab Activity 4T - Calculating RPM for a Lathe Operation
- 5 - Print Reading
- Lab Activity 5A - Print Reading Example
- Lab Activity 5B - Isometric and Orthographic Views
- Lab Activity 5C - Identifying Corresponding Isometric Views to Orthographic Views
- Lab Activity 5D - Line Types
- Lab Activity 5E - Dimensions
- Lab Activity 5F - Print Activity
- Lab Activity 5G - Line Type Examples
- Lab Activity 5H - Calculating Radius End Points on a Lathe Part
- Lab Activity 5I - Calculate Points on a Lathe Part
- Lab Activity 5J - Calculating Points on a Mill Part
- Lab Activity 5K - Calculating More Points on a Mill Part
- Lab Activity 5L - Calculating Chamfers and Angles
- Lab Activity 5M - Calculating More Points on a Lathe Part
- Lab Activity 5N - Solving for Missing Dimensions in a Taper
- Lab Activity 5O - Converting Decimal Degrees to Degrees, Minutes, and Seconds
- Lab Activity 5P - Converting Degrees, Minutes, and Seconds to Decimal Degrees
- Lab Activity 5Q - GD&T Symbols
- 6 - Semiprecision and Precision Measurements
- Lab Activity 6A - Using a Steel Rule
- Lab Activity 6B - Steel Rule Positions
- Lab Activity 6C - Using a Protractor
- Lab Activity 6D - Reading Dial Calipers
- Lab Activity 6E - More Dial Caliper Readings
- Lab Activity 6F - Micrometer Readings
- Lab Activity 6G - Depth Micrometer Reading
- Lab Activity 6H - Blocks Example
- Lab Activity 6I - Using a Gage Block Size and Drop Indicator
- Lab Activity 6J - Calculating Gage Block Size
- Lab Activity 6K - More Gage Block Size and Dial Indicator Readings
- 7 - CNC Machinery
- 8 - Cutting Tools and Inserts
- 9 - CNC Mill Programming
- Lab Activity 9A - Address Code Functions
- Lab Activity 9B - Mill G Code Functions
- Lab Activity 9C - Mill M Code Functions
- Lab Activity 9D - Sample Mill Program 1
- Lab Activity 9E - Sample Mill Program 2
- Lab Activity 9F - Hole Making Canned Cycle Program 1
- Lab Activity 9G - Hole Making Canned Cycle Program 2
- Lab Activity 9H - Hole Making Canned Cycle Program 3
- Lab Activity 9I - Writing a Complete Program
- 10 - CNC Lathe Programming
- Lab Activity 10A - Address Code Functions
- Lab Activity 10B - Lathe G Code Functions
- Lab Activity 10C - Lathe M Code Functions
- Lab Activity 10D - Sample Lathe Program 1
- Lab Activity 10E - Sample Lathe Program 2
- Lab Activity 10F - G70 and G71 Cycles Program
- Lab Activity 10G - G70 and G72 Cycles Program
- Lab Activity 10H - Drilling and Boring Program
- Lab Activity 10I - Grooving Program
- Lab Activity 10J - G76 Threading Program
- Lab Activity 10K - G92 Threading Program
- Lab Activity 10L - Part Off Program
- Lab Activity 10M - Writing a Complete Program
- 11 - Computer-Aided Manufacturing
- 12 - Multiaxis Programming
- 13 - Subprogramming and Probing
- 14 - Automated and Additive Manufacturing