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Bearings find applications in several mechanical systems and are critical elements for the effective functioning of machinery by reducing the friction between moving parts. Steady and gradual but long-term causes of potential bearing failure are wear and tear on the related surfaces –all mechanical elements have it. When guiding components or rolling...

Steel bearing balls, often round balls, are known for their numerous applications: industrial and mechanical. However, their structure dictates usage. For every construction that has the finest and the most complicated moving parts, there is a correlating sense-bearing ball that connects all of the motions. The manufacturing of these balls typically...

Ball bearings are widely used in multiple machines and devices. They serve the purpose of friction reduction and improvement in mechanical systems efficiency. With metal in their structure, whether ball bearings are magnetic appears often. This is the focus of this blog as we look at the science of ball bearings and identify the existence of magnetism...

Lubrication is one of the critical factors that can help enhance the performance and service life of components when carrying out machinery maintenance. This blog focuses on the basic principles of bearing lubrication, particularly on plain bearings. However, bearing lubrication is more than just introducing oil or grease into the bearing; it involves,...

Slewing bearings, also called slewing rings or turntables, are devices employed in different machines and equipment requiring the rotating action of two or more which are parts of the machine. These bearings enable the assembly to withstand axial, radial and tilting moment loads and can be used for many applications. In excavators, construction cranes,...

Various industries seek novel methods to enhance their operations and are rapidly embracing the modernization of processes through automation. One of the adopted alternatives is a magnetic bearing, which offers a high-performance substitute for traditional mechanical bearings. Unlike their conventional counterparts, magnetic bearings utilize electromagnetic...

Magnetic bearings are a game changer because they allow for the non-contact support of rotating parts in machines. In sharp contrast to traditional bearings, which depend on bearing surfaces to contact and rub against one another, the shafts of magnetic bearings are suspended in a magnetic field and do not experience contact, friction, or wear. This...

Bushings, or plain bearings, occupy an important place in mechanical systems thanks to their simple design, which is cheap as well. Detail rolling bearings transfer motion through rolling elements, whereas sliding surfaces are used in plain bearing, which transfers significant bearing loads; this feature leads to a wide application of plain bearing...

In today’s machines, plain bearings fill in many gaps as they are required to interface the moving components. Unlike rolling-element and similar ones, these bearings depend on sliding motion to reduce friction and wear of moving surfaces, providing quiet and smooth operation. The article aims to examine the plain bearing’s construction and its composite...

Currently, as it has been acclaimed worldwide, plain bearing is an indisputable element that allows movement to weigh the field of mechanical engineering. Plain bearings have joints in which two surfaces slide over each other without the indentation of rolling elementary bearing. They have balls or roller moving elements, which are absent in their structures,...