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Cam Followers

Cam Followers

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Category
  1. Imperial Cam Followers
  2. Metric Cam Followers
Manufacturer
  1. IKO
Bearing Series
  1. CRH - Imperial Cam Follower
  2. CF - Metric Cam Follower
  3. CF… W - Thrust Disk Type Cam Follower
  4. CF… SG - Metric C-Lube Cam Follower
  5. CFE - Metric Cam Follower with Eccentric Collar on Stud
  6. CFES - Solid Eccentric Stud Type Cam Follower
  7. CF-RU1 / CF-FU1 - Centralized Lubrication Type Cam Follower
  8. CF-SFU - Easy Mounting Type Cam Follower
  9. CFS - Miniature Cam Follower
  10. CFS… W - Thrust Disk Type Miniature Cam Follower
  11. CFKR - Double Hexagon Hole Cam Follower
  12. NUCF - Cylindrical Roller Type Cam Follower
  13. CR - Imperial Cam Follower
Stud Diameter (Inch)
  1. 0.19
  2. 0.25
  3. 0.3125
  4. 0.375
  5. 0.4375
  6. 0.5
  7. 0.625
  8. 0.75
  9. 0.875
  10. 1
  11. 1.125
  12. 1.25
  13. 1.5
  14. 1.75
  15. 2
Thread Size (mm)
  1. M2.5X0.45
  2. M2X0.4
  3. M3X0.5
  4. M4X0.7
  5. M5X0.8
  6. M6X1
  7. M8X1
  8. M8X1.25
  9. M10X1
  10. M10X1.25
  11. M12X1.5
  12. M16X1.5
  13. M18X1.5
  14. M20X1.5
  15. M1.4X0.3
  16. M24X1.5
  17. M30X1.5
Head Diameter (Inch)
  1. 0.5
  2. 0.5625
  3. 0.625
  4. 0.6875
  5. 0.75
  6. 0.875
  7. 1
  8. 1.125
  9. 1.25
  10. 1.375
  11. 1.5
  12. 1.625
  13. 1.75
  14. 1.875
  15. 2
  16. 2.25
  17. 2.5
  18. 2.75
  19. 3
  20. 3.25
  21. 3.5
  22. 4
Head Diameter (mm)
  1. 4
  2. 4.5
  3. 5
  4. 6
  5. 8
  6. 10
  7. 12
  8. 13
  9. 16
  10. 19
  11. 22
  12. 26
  13. 30
  14. 32
  15. 35
  16. 40
  17. 47
  18. 52
  19. 62
  20. 72
  21. 80
  22. 85
  23. 90
Thread Size (Inch)
  1. No.10-32
  2. 1.1/2 - 12
  3. 1.1/4 - 12
  4. 1.1/8 - 12
  5. 1.3/4 - 12
  6. 1 - 14
  7. 2 - 12
  8. 1/2 - 20
  9. 1/4 - 28
  10. 3/4 - 16
  11. 3/8 - 24
  12. 5/8 - 18
  13. 7/8 - 14
  14. 5/16 - 24
  15. 7/16 - 20
Stud Diameter (mm)
  1. 1.4
  2. 2
  3. 2.5
  4. 3
  5. 4
  6. 5
  7. 6
  8. 8
  9. 9
  10. 10
  11. 11
  12. 12
  13. 13
  14. 16
  15. 18
  16. 20
  17. 22
  18. 24
  19. 27
  20. 30
  21. 33
  22. 41
Cam Head Design
  1. Hexagon (Allen Key) Fitting
  2. Slotted (Flat Screwdriver) Fitting
  3. Tapped Hole for Centralized Piping
Outer Ring Surface Design
  1. Crowned Outer Ring
  2. Cylindrical Outer Ring
Internal Design
  1. Caged Rollers
  2. Full Complement of Rollers
Seal Configuration
  1. Sealed Type
  2. Shield Type
Material
  1. High Carbon Steel
  2. Stainless Steel
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What is a Cam Follower?




Cam followers, also known as track followers or roller followers, are specialized bearings designed to follow cams, which are profiles or tracks typically found in machinery or engines. They are used in various applications where there is a need for linear motion or precise tracking of a cam profile.

The cam follower typically consists of a cylindrical roller or needle roller mounted on a stud or shaft. This roller is designed to roll along the surface of the cam profile, transmitting motion or force depending on the design and purpose of the system.

Cam followers are commonly used in mechanisms where there is a need for controlled linear motion, such as in automotive engines, printing machinery, conveyor systems, and industrial automation equipment. They are valued for their ability to withstand high radial loads and to provide smooth and accurate motion under demanding conditions.


What are Cam Followers used for?




Cam followers are used in various applications where motion needs to be guided, tracked, or converted from one type to another. Here are some common uses for cam followers:


1). Cam-driven mechanisms: In machinery where cams drive mechanical components, cam followers track the cam profile to transmit motion or force. This is common in internal combustion engines, where camshafts control the opening and closing of valves via cam followers.

2). Conveyor systems: Cam followers are used to guide and stabilize conveyor belts or chains. They ensure smooth motion and precise tracking, especially when navigating bends or turns.

3). Packaging equipment: In automated packaging machines, cam followers are often used to maintain precise timing and motion for activities like sealing, cutting, or labelling.

4). Automation and robotics: Cam followers help translate rotational motion into linear motion, a key function in automated machinery and robotic systems.

5). Textile and printing machinery: Cam followers are used to guide moving parts in textile and printing machines, ensuring consistent and accurate operation.

6). Material handling: They help ensure smooth and controlled movement in material handling systems, such as in automated warehouses and production lines.

7). Medical equipment: In some medical devices and diagnostic machines, cam followers guide moving components to ensure precision and reliability.

These examples illustrate the versatility of cam followers in providing smooth, controlled motion across a wide range of industries and applications.


What are the benefits of using a Cam Follower?




Cam followers offer several benefits that make them valuable components in various mechanical systems. Here are some of the key advantages:

1). Smooth and Precise Motion: Cam followers are designed to roll smoothly along cam profiles, providing precise and consistent movement. This is essential in applications where accuracy is critical, such as in machinery, automation, and robotics.

2). High Load Capacity: Cam followers are typically designed to withstand high radial and axial loads. This makes them suitable for applications where significant force is applied, like in industrial equipment and conveyor systems.

3). Reduced Friction and Wear: The rolling motion of cam followers, combined with the use of quality bearings, reduces friction compared to sliding mechanisms. This helps extend the lifespan of the cam follower and the associated machinery, lowering maintenance costs and reducing downtime.

4). Durability and Reliability: Cam followers are typically constructed from durable materials and designed for high-reliability applications. Their robust design ensures they can operate in harsh environments, withstand shock loads, and endure repeated cycles without failure.

5). Versatility: Cam followers are available in various shapes, sizes, and mounting options, allowing them to be used in a wide range of applications. They can be mounted on a stud or a yoke, providing flexibility in design and installation.

6). Reduced Noise and Vibration: The rolling action of cam followers can help reduce noise and vibration in a system compared to other mechanisms, contributing to a quieter and smoother operation.

7). Low Maintenance: Because of their durability and reduced friction, cam followers generally require less maintenance compared to some other mechanisms. This is particularly valuable in applications where maintenance access is limited or costly.

8). Improved Performance: In systems where precise timing and movement are critical, such as in engine camshafts or automated machinery, cam followers contribute to improved system performance and efficiency.

Overall, cam followers are a popular choice in many industries due to their ability to provide reliable, efficient, and precise motion, along with reduced maintenance and enhanced durability.

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