, reflecting how modern engineers use computational tools to simulate cam-follower interactions.
Compared to the original, the second edition includes expanded content on: for high-speed operation.
The core strength of this handbook is its focus on . A cam that looks good on paper can fail in the real world if it triggers resonance in the follower system. Cam Design and Manufacturing Handbook, 2nd Ed
If you are designing high-speed packaging equipment, automotive valvetrains, or precision medical devices, this handbook is indispensable. It doesn't just show you how to draw a cam; it explains the physics of why certain shapes fail and how to engineer systems that run quietly and last for millions of cycles.
While cams might seem like "old school" technology in the age of digital servos, they remain the backbone of high-speed machinery because of their reliability and ability to handle extreme accelerations. 1. Moving Beyond the "Old School" , reflecting how modern engineers use computational tools
It discusses how machining errors (scallops and surface finishes) translate into unwanted vibrations in high-speed applications.
Whether you’re a mechanical engineer, a hobbyist, or a student of kinematics, Robert L. Norton’s is widely considered the "Bible" of cam systems. A cam that looks good on paper can
that apply theoretical formulas to real-world industrial problems. The Verdict