Materials: High-quality alloy steel (e.g., 45# Steel or Cr12 tool steel) to ensure wear resistance and strength under high-frequency friction.
Equipment: 4-axis or 5-axis CNC machining centers for processing complex irregular contours.

Mechanical Processing:
Rough Machining: CNC milling to remove bulk material and form the basic profile.
Finishing: High-speed CNC milling or subsequent surface grinding to ensure the smoothness and dimensional accuracy of the cam profile.
Hole Machining: Drilling and broaching of the central hole and keyway to ensure a tight fit with the shaft.
Heat Treatment: Surface quenching or carburizing to increase surface hardness (HRC 50-60) and prevent wear and deformation.
Measuring Equipment: Coordinate Measuring Machine (CMM) or profilometer to inspect the accuracy of the cam profile.

Product Advantages
Precise Motion: Accurate profile machining ensures the follower’s motion规律 (motion pattern) is precise, minimizing mechanical error.
Compact Structure: Capable of implementing complex motion control logic within a confined space.
Durability: Heat-treated steel surfaces can withstand significant contact stress and friction.

Use Scenarios
Automated Assembly Lines: Used to control gripping and placing actions of robotic arms or intermittent conveying of materials.
Internal Combustion Engines: Similar to cam structures in engines, used for controlling valve opening and closing (though the illustrated part leans more towards industrial transmission).
Packaging Machinery: Used to control reciprocating motions such as sealing and cutting mechanisms.