Cam (or Cam-Part) :

The Part you select to do Add 2D-Cam, which generates the shape of the Cam-Profile.

Cam-Shaft :

The most common Cam-Part. It is a rotating-Part (a shaft), to which you do Add 2D-Cam (or Add 3D-Cam). A Cam-Shaft usually rotates one time in a machine-cycle and at a constant angular-velocity.

Cam-Profile :

The Cam-Flank of a 2D-Cam that is in continuous contact with the Follower-Profile.

Cam-Flank or Flank :

The cam's surface (Cam-Profile) that interacts with one or more Follower-Profiles. For each Follower-Roller, we can calculate the Inner-Flank and/or Outer-Flank.

Track-Cam or Groove-Cam :

A groove that is cut into a Cam-Blank with an Outer-Flank and an Inner-Flank. A Follower-Roller fits in the groove.

Follower (or Follower-Part) :

The Part that supports the Follower-Profile.

Follower Kinematic-Chain

(or Kinematic Mechanism) :

The Follower-Part and the other Parts that you join to the Follower-Part, to move the Tooling or Tool-Part.

Follower-Profile :

The surface of a machine component that you rigidly connect to the Follower-Part. The surface of the Follower-Profile is in continuous contact with the Cam-Profile.

Follower-Roller :

A Follower-Profile that is cylindrical or barrel-shaped that is rigidly connected to the Follower-Part.

Flat-faced Follower : 

A Follower-Profile that is a flat surface that is rigidly connected to the Follower-Part.

Translating Follower :

A Follower-Part that that moves along a straight axis.

Reciprocating Motion :

A Translating Follower with a non-progressive motion.

Rotating Follower :

A Follower-Part that rotates about a fixed axis.

Oscillating Motion :

A rotating-Part with a non-progressive motion.

Progressive Motion :

A motion, usually followed by a Dwell, that moves the Follower-Part progressively in one direction.

Non-Progressive Motion :

A motion that returns the Follower-Part to its original position after each machine cycle.

Indexing :

A progressive motion, usually rotating.

Indexer :

A device whose input is a constant-speed (usually) Cam-Shaft and output is a rotating-Part with a progressive motion. The input rotates one time to index the output one time. The index-angle is such that 360º/(Index-Angle) is an integer.

Cam-Blank :

The material from which you cut the shape of the Cam-Profile.

Before you start this work-flow: add a kinematic-chain for the Cam-Part and a kinematic-chain for the Follower-Part; add mass-properties to the Parts; develop the motion design. The two kinematic-chains must be kinematically-defined.

1.Add a 2D-Cam; or if Conjugate Cams then 2 × Follower-Rollers and 2 × 2D-Cams; or if a Groove-Cam then two concentric (co-axial) Follower-Rollers with one  for the Inner-flank only, and the one for the Outer-flank only.

see Add 2D-Cam

If the new 2D-Cam is one of two Conjugate-Cams, or it is one flank of a Groove-Cam, then:

i.Add a Conjugate-Cam FB

ii.Open the Conjugate-Cam dialog and select the one flank each from two 2D-Cams

see Add Conjugate Cam FB

see Conjugate-Cam dialog

2.In the Kinematics-Tree, select the 2D-Cam or a Conjugate-Cam FB as the Power Source for the kinematic-chain that includes the Follower-Part

see Configure-Power Source

3.Edit the 2D-Cam: to open the 2D-Cam dialog: review Display, Properties, Roller-Life, Cam-Life tabs

see 2D-Cam dialog

4.Add a Cam-Data FB

see Add Cam-Data FB

5.Edit the Cam-Data FB to link it to a 2D-Cam - close the dialog

see Cam-Data dialog

6.Connect wires from the output-connectors of the Cam-Data FB to a Graph FB

7.Open the Graph FB to analyze the 2D-Cam: Contact-Force, Maximum Shear-Stress, Radius-of-Curvature, Pressure-Angle, Sliding-Velocity.

see Cam-Data dialog : Cam Analysis

8.Edit the Cam-Data FB again to calculate the Cam's Coordinates

see Cam-Data dialog : Cam-Coordinates