Stud Type Track Roller Cam Follower Needle Roller Bearing For Industrial Robots KR40 CF18-manufacture,factory,supplier from China

Cam Follower Needle Roller Bearings are also referred to as track follower. They are designed to follow a sliding or rotating piece (cam) and they use rollers or needles as the rolling elements. Cam Follower Bearings are therefore able to replicate a specific motion because they are highly versatile. They have thick-walled outer rings that run on a track.

The standard drive system for stud CAM follower is usually a slot, suitable for flat head screwdrivers. However, for some special cases, such as eccentric CAM follower or where higher torque capacity is required, the socket can also be used in the drive system. The hex socket has a larger contact area and can withstand greater torque, so it is very useful for some applications with higher loads, especially for those that need to be driven in blind holes.

The outer diameter (OD) of the cam follower (stud or yoke) can be the standard cylindrical shape or be crowned. Crowned cam followers are used to keep the load evenly distributed if it deflects or if there is any misalignment between the follower and the followed surface. They are also used in turntable type applications to reduce skidding. Crowned followers can compensate for up to 0.5° of misalignment, while a cylindrical OD can only tolerate 0.06°. The only disadvantage is that they cannot bear as much load because of higher stresses.

Cam Follower Bearings are additionally referred to as tune follower. They are designed to comply with a sliding or rotating piece (cam) and they use rollers or needles as the rolling elements. Cam Follower Bearings are consequently in a position to replicate a unique action due to the fact they are exceptionally versatile. They have thick-walled outer rings that run on a track.

The structural design of the stud CAM follower needle bearing consists of an end plate integrated into the inner ring (stud) and another inner shoulder ring pressed against the stud. In this design, both ends of the stud have lubrication holes to ensure that the bearing can be fully lubricated during operation. The inner ring is hardened by induction, which can improve the hardness and wear resistance of the inner ring, thus extending the service life of the bearing.

The popular riding machine for a stud kind cam follower is a slot, for use with a flat head screwdriver. However, hex sockets are accessible for greater torquing ability, which is specifically beneficial for eccentric cam followers and these used in blind holes.

CAM bearing is a mechanical device used to drive camshaft, its main role is to achieve effective transmission and support between camshaft and other components in the engine. CAM bearings are usually made of metal materials and are subjected to greater pressure and friction in high-speed engines. The design and quality of CAM bearing directly affect the performance and life of engine.CAM bearings usually include camshaft, shaft sleeve, needle roller, steel ball and other components.

During use, CAM bearings need to pay attention to maintenance and maintenance to ensure their normal operation and extend their service life. It is important to keep the camshaft surface clean to avoid dust and impurities entering the bearing parts. Regular oil changes are also essential to maintain good lubrication between the camshaft and the bearing.The role of CAM bearings in the engine is crucial. A high quality CAM bearing can effectively reduce friction and wear, improve engine performance and efficiency.

1.KR design cam followers are fitted with a needle roller and cage assembly. They are also available with a full complement needle roller set, which is identified by the letter V at the end of the basic designation.

This type of bearing is widely used in industrial automatic robots, working machinery and medical facilities, where high rigidity, tightness and high speed are required to ensure accuracy.

There are two main types of bearings widely used in industrial robots: constant cross-section thin-walled bearings and RU cross roller bearings. The bearing of an industrial robot is one of the key components suitable for the joints of industrial robots or the turntables of machining centers, robots, medical devices, measuring instruments, IC manufacturing equipment, etc., and has a wide range of uses.

1.Needle roller bearings for stamping outer rings. There are two kinds of bearings: perforated type and sealed type. The needle roller bearing has no inner ring, and the needle roller directly contacts the surface of the shaft, so the processing accuracy and heat treatment hardness of the shaft should be the same as that of the bearing inner ring.2. Solid ring needle roller bearings solid ring needle roller bearings, commonly used solid ring needle roller bearings are NA type and RNA type.3. Roller needle bearing4. Needle roller and cage assembly.

CAM bearing is a kind of bearing, with a thick outer ring needle roller bearing and bolt combination structure; The bearing bolt is provided with X oil passage; The outer surface of the outer ring has a cylindrical shape and a spherical shape, which can be selected according to the actual application; Eccentric type can easily and accurately adjust the axis position of the bolt when installing the bearing, etc., generally used in automotive camshafts (is the shaft that controls the opening and closing action of the X-type engine valve)1, thick outer ring needle roller bearing and bolt combinat

1.Needle roller bearings for stamping outer rings. There are two kinds of bearings: perforated type and sealed type. The needle roller bearing has no inner ring, and the needle roller directly contacts the surface of the shaft, so the processing accuracy and heat treatment hardness of the shaft should be the same as that of the bearing inner ring.2. Solid ring needle roller bearings solid ring needle roller bearings, commonly used solid ring needle roller bearings are NA type and RNA type.3. Roller needle bearing4. Needle roller and cage assembly.

1. Centripetal needle roller and cage assembly (Type K)2, needle roller bearings with double locking rings (NA, NKI, RNA, NK)3. Single row needle roller bearing with double rib on outer ring (NA, NKI, RNA, NK)4, double row needle roller bearings with double guard (NA type, RNA type)5, stamped needle roller bearings (HK type, BK type)Note: This bearing has low cost, large bearing capacity, and is suitable for supporting structures with limited installation size. The journal surface is hardened as a rolling surface, and the bearing is pressed into the seat hole without axial positioning.

Founded in Meguro-ku, Tokyo, THK pioneered the development of linear motion systems in the world with creative ideas and unique technologies. THK linear bearings are now more and more widely used in electronics, food machinery, packaging machinery, medical machinery, printing machinery, textile machinery, machinery, instruments, robots, tool machinery, CNC machine tools, automobiles and other general or special machinery industries.Needle roller CAM guideThe needle roller CAM guide is a compact bearing with a high internal rigidity shaft and a built-in needle roller bearing.

Needle roller bearing is a common rolling bearing, using needle roller as the rolling body, can withstand the radial and axial load.Structure: Needle roller bearings are mainly composed of outer ring, inner ring, needle roller, cage and seal. The shape size of the needle roller bearing is small, saving space, suitable for limited space design.

Secondly, IKO's needle roller bearings are compact in structure, light in weight, easy to install, simple and stable in structure, which can effectively reduce the overall size and weight of mechanical equipment, improve the work efficiency and flexibility of mechanical equipment, and are suitable for various axial and radial loads.In addition, IKO needle roller bearings have high bearing capacity and fatigue resistance, can run stably for a long time, extend the service life of the equipment, reduce the frequency of maintenance and replacement of bearings, reduce the maintenance cost of t

INA needle roller bearings have excellent quality and performance and are widely used in various industrial fields. It uses needle roller as the rolling body, compared to ball bearings, needle roller bearings have higher load capacity and smaller dimensions, suitable for limited installation space.

One of the largest aspects of the needle curler bearing is the sketch of the needle roller. The needle roller has a smaller diameter than different sorts of rolling elements, so it can obtain a greater load carrying capability in a constrained space.

Combined needle roller bearings, a special type of bearing, can be added between the inner and outer rings of the needle roller components to achieve balance accuracy, reduce vibration and noise effects.

IKO's needle roller bearings have high bearing capacity and fatigue resistance, can run stably for a long time, extend the service life of the equipment, reduce the frequency of maintenance and replacement of bearings, reduce the maintenance cost of the equipment, and improve the reliability and stability of the equipment.IKO's needle roller bearings are widely used in various industrial equipment and mechanical devices, such as automobile engines, aircraft engines, high-speed trains, construction machinery, agricultural machinery and other fields.

Strong bearing capacity: Due to the large number of needle roller, needle roller bearings have a high bearing capacity, suitable for bearing large radial and axial loads. (2) Small starting torque: the friction inside the needle roller bearing is small, and the starting torque is small, making the starting speed of the bearing faster. (3) Simple structure: The structure of needle roller bearings is relatively simple, easy to install and maintain, and low cost.

In general, INA needle roller bearings have the advantages of high load carrying capacity, high-speed operation, low friction, lightweight and compact, and are widely used in industrial automation, machine tool equipment, automotive transmission systems and other fields.