CAD/CAM: Computer Aided Design/Computer Aided Manufacturing
CAD Software:
- AutoCAD
- Inventor
- SolidWorks
CAD/CAM Software:
- Fusion 360
- Esprit
- MasterCAM
- EdgeCAM
- GibbsCam
- BobCADCAM
Make Anything
Assume you can make anything as long as you can:
- Hold The Workpiece
- Cut It
But is it worth the time?
Is it safe?
Time IS Money
Machining Two Factors
Tool Life
Cycle Time
Machining Challenges
- Chatter or deflection
- WorkHolding
- Machine & Tool Limits (Rigidity & Horse Power)
2D Geometry AKA Wire Frame:
- DXF Files
- DWG Files
Geometry (Wireframe or 2D Geometry)
- Entity(Elements)
- Lines
- Circles
- Points
- Rectangles
- Arcs
Geometry Reference Tools
- Workplane (Construction Plane)
- Snap Points
- Endpoints
- Center Points
- Reference Lines
Each individual segment is called an entity or an element.
A series of entities forming a rectangle is also considered an entity
3D Tools
- Extrude
- Revolve
- Radius
- Chamfers
Feature: a distinctive aspect of the geometry, shape or form of a component.
Ex: A hole pattern, pocket, face, thread and etc.
Toolpath: The path that a tool moves about in the machining process.
Axis:a real or imaginary line on which something rotates, or a straight line around which things are evenly arranged. An example of axis is an imaginary line running through the earth on which the earth rotates.
Concentricity/ Concentric:
What is the part used for? (Application & functionality)
What are the critical dimensions and features?
Making Parts:
- What are you making? (size,dimensions, tolerances)
- What stock material are you using? (size + material = grade)
- What machine are you going to make it on.
- Tools used
- Manufacturing process (order of operations/ workholding).
Also See:
- CAD/CAM Dictionary
- Fusion 360 Basics
- CAD/CAM Info
- Fusion 360: Circular Patterns
- Fusion 360 Tutorial-Circular Pattern-Rectangular Pattern
- Fusion 360 CAM Tutorial-Mill
- Lathe Programming Concepts
- Lathe Operations