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Roller Stud Mounted Cam Follower

1. High Rigidity & Load Capacity
   · Utilize thick outer rings and full-complement roller designs to withstand heavy radial loads and impact.

2. Anti-Rotation Mechanism
   · Integrated hexagonal bore or keyway prevents rotation relative to the shaft.

3. Sealing Solutions
   · Multi-layer labyrinth seals or rubber seals (e.g., 2RS type) protect against contaminants.4. Lubrication Options
   · Pre-greased with high-temperature lubricants; some models feature grease nipples for relubrication.

    Types & Configurations

    1. Stud-Type Cam Followers (e.g., CF Series)
    · One-piece stud design with threaded or unthreaded shanks.
    · Standard for linear motion systems.

    2. Yoke-Type Roller Followers (e.g., CRY Series)
    · Designed with yoke lugs for pivot mounting.
    · Used in linkage mechanisms.

    3. Eccentric Stud Types (e.g., CF-E Series)
    · Eccentric stud allows radial adjustment (±0.5–2 mm) for precise alignment.

    4. Crowned vs. Flat Outer Rings
    · Crowned rings compensate for misalignment; flat rings maximize contact area.

    Applications

    · Cam-Driven Systems: Packaging machines, printing presses.

    · Linear Guides: Conveyor systems, automated assembly lines.

    · Heavy Machinery: Construction equipment, agricultural rollers.

    · Robotics: Precision motion control arms.

    Technical Specifications

    · Load Ratings: 20–500% higher than standard roller bearings of similar size.

    · Speed Limits: Typically ≤ 500 rpm due to sliding contact risks.

    · Materials:
    Outer Rings: Case-hardened chromium steel (SUJ2).
    Studs: Alloy steel (SCM420/SCM440).
    Standards: ISO 9001, JIS B1552.

    Advantages

    · Reduced Friction: Replace sliding contact with rolling motion.

    · Simplified Design: Integrate bearing and roller functions into one unit.

    · Maintenance-Free Options: Sealed and pre-lubricated variants available."

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