Coupling Component
Processing Cycle: 3-10Days (depending on profile complexity and surface treatment processes).
Product Advantages: Advanced CNC machining ensures high consistency and surface finish, guaranteeing long-term stable operation of the part.
Material: Typically made from 6061 aluminum alloy or 304 stainless steel to ensure strength and wear resistance under high-frequency operation.
Equipment: Turn-mill compound machining center for processing complex claw structures and central holes.
Mechanical Processing:
Rough Machining: CNC turning and milling to remove bulk material and form the basic profile.
Finishing: High-speed CNC turning and milling to ensure dimensional accuracy and surface finish of all features.
Hole Machining: Drilling and reaming the central hole to ensure a tight fit with the shaft or chuck.
Heat Treatment: Anodizing (for aluminum alloy) or passivation (for stainless steel) to enhance corrosion resistance and surface hardness.
Measuring Equipment: Coordinate Measuring Machine (CMM) or profilometer to inspect dimensional accuracy.
Product Advantages
Precise Transmission: Precision machining ensures dimensional accuracy, minimizing mechanical error.
Compact Structure: Capable of achieving complex transmission connections in confined spaces.
Durability: Surface-treated parts can withstand significant torque and friction.
Use Scenarios
CNC Machine Tools: Used to connect the spindle to the tool holder for high-precision machining.
Automated Assembly Lines: Used to control gripping and placing actions of robotic arms or intermittent conveying of materials.
Robot Joints: Used to connect motors to reducers for precise motion control.
3D Printers: Used to connect stepper motors to leadscrews for precise movement of the print head.
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