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We would like to support you with small batch, prototype or sample production with our contract manufacturing service. Our own pre-machining machine tools and profile threading machines provide high flexibility depending on customers' demand and pre-processing situation. With the support of domestic production, we are producing contract bearings for brands that are close to 90% in the automotive sector with our bearing product groups that have proven themselves since 2010.

Adalet Automotive bearing manufacturing and maintenance and in line with our advice; The bearing plays a vital role among the moving parts and gives information about the healthy operation of the machine. reflected in the bearing; Condition monitoring is seen as the most effective and preferred way to analyze and eliminate problems such as misalignment, incomplete balance, friction and looseness. In this way, maintenance materials and manpower planning can be created as well as fault detection. This causes the equipment they are used to be out of service unexpectedly. This naturally causes loss of production. Especially in production against time, bearing failures that may occur before the expected time are of vital importance. Bearing quality alone cannot guarantee a problem-free operation. factors also affect the life of the bearing. As Sayim Rulman, our company has been importing and distributing new technology bearings from manufacturers specialized in their own fields since 2002 and offers them to you, users and sellers. The bearing models that are still being produced and newly developed in the world are included in the manufacturing programs by the bearing manufacturers for which we are the distributors. We present this type of new generation products to the attention of you, our bearing friends and machine manufacturers. In addition to our ever-expanding stocks, especially Linear Motion Systems, new products are added. We believe that we can serve you better by offering 20 different brands and thousands of varieties in our product range and that we can solve many of your problems such as design, assembly and long-lasting use in the application of this type of bearings in machines. In addition to the products we have presented in the catalogue, the following and many more brands and models can be found in our stocks, as well as the products that are not available in the shortest time and under suitable conditions.

Wear, corrosion, nicks, microcracks... Certain application conditions – such as contamination or occasional metal-to-metal contact in rolling contact areas – can cause all sorts of damage to your bearings. As a result, a bearing's useful life is often shorter than its calculated estimated life. One way to counter this is to implement a controlled remanufacturing process before any significant damage or bearing failure occurs. Remanufacturing can significantly extend the life of bearings while reducing your costs and lead times. And it's better for the environment, too, as it requires less energy than producing a new bearing. A wide variety of bearing types can be remanufactured. As the basis for bearing remanufacturing, we use the same standards, processes, equipment, knowledge and competencies with the same quality assurance as new bearing manufacture.

Bearing is a machine element that enables the parts rotating in different directions with respect to each other to make this movement with minimum friction, enabling them to reach higher revolutions with less power consumption. Bearings, which basically consist of 4 different main parts, are used for bearings of different sizes, which can be produced in different sizes for bearings and shafts. Since bearings are precision machine elements, their production requires high technology and meticulousness. Besides, in order to get high efficiency from bearings, it is necessary to choose the right bearing. You can see bearings in many machines that work or operate with circular or axial motion. In the picture below, you will see the picture used directly in the system. You see a simple bearing formed by nesting an inner ring and an outer ring in the mast system. In order for these rings to rotate freely within each other, there is a series of rollers placed in the middle. The very alignment and proper placement of all these rollers of the same size and smoothness is vital to the quality and life of the bearing. The factories with the highest technology can naturally produce the best quality bearings easily. What makes bearings important is to ensure that the required movement is transmitted with the least possible friction, that is, with the least compromise on power.