Stainless Steel Flanged Mounting Bracket

Material: Typically fabricated from SUS304 or SUS316 stainless steel. These materials are characterized by high strength, excellent corrosion resistance, and good machinability, making them ideal for precision components in automation, fluid handling, and semiconductor equipment.
Equipment: CNC turning centers or turn-mill compound machining centers.

Mechanical Processing:
CNC Turning: Precision turning of the outer cylindrical contours, stepped diameters, and the central bore to ensure tight tolerances.
Grooving: Machining the multiple circumferential grooves on the lower body, which are typically designed to house O-rings for dust-proof or waterproof sealing.
Milling & Drilling: Creating the flat surfaces of the top flange, the C-shaped opening (if present), and drilling/tapping the mounting holes.
Surface Treatment: Currently shows a raw machined finish. Subsequent processes may include passivation to enhance corrosion resistance, electropolishing for a mirror-like finish, or bead blasting for a uniform matte texture.

Product Advantages
Integrated Functionality: Combines mounting, shaft support, and sealing features into a single compact component.
High Precision: Tight tolerance control on the central bore and stepped surfaces ensures smooth rotation and precise alignment of the shaft.
Durability: The use of stainless steel and potential surface treatments ensures long-term reliability even in harsh or corrosive environments.

Use Scenarios
Automation Equipment: Serving as a mounting flange or bearing housing for servo motors and stepper motors.
Fluid Handling Systems: Used as a sealed connection point for pumps, valves, or mixers to prevent fluid leakage along the shaft.
Semiconductor Manufacturing: Acting as a rotary feedthrough component in vacuum chambers or processing equipment.
Robotics: Used as a joint connector or actuator mount where precise motion control and rigidity are required.