Description
The cam is a means of converting rotational motion into transient motion. This component of the machine creates the desired movement due to direct contact with the driven or following member. The importance of cams is because the quality of movement of the driven limb can be easily changed by changing the shape of the cams, and in addition, several different types of movements can be followed in one rotation cycle. Therefore, the device is designed and built in such a way that engineers can clearly observe and study different types of follow-up movements as well as different profiles of cams. In this system, the amount of follower displacement as well as the angle of the cam rotation can be easily seen.
