Radial Spherical Plain Bearings Will Coexist In High Speed And High Rigidity

As part of the machine tool components, Radial spherical plain bearings have a great influence on the working function of the machine tool and play an insignificant effect. Nowadays, the demand for high-efficiency shopping malls supporting the high-efficiency production system of the Radial spherical plain bearings is increasing and complicated. Which direction will Radial spherical plain bearings be developed in the future?

Under the setting of the machine tool to the composite, the tendency of the gear pump Radial spherical plain bearings to produce a variety of small batches, variable types and batches, and the sum of the projects has become higher. The processing of multiple workpieces on multiple machines is always combined on one machine tool, or a number of projects such as roughing and finishing are combined to form a small amount of engineering to contribute to the forward production function and space saving.

Therefore, regarding the machine tool spindle, there is a demand for wide-scale machining from the low-speed rotary heavy cutting start to the sliding oil-free bushing SF-1 high-speed rotary light cutting. As a Radial spherical plain bearings, there is a demand for high speed and high rigidity. Regarding high speed, Radial spherical plain bearings have a dmn value, and the Radial spherical plain bearings are 400~5 million. The cylindrical roller plain bearings are 2~3 million, which is used to the needs of machine tools. However, if you focus on high speed, it will be detrimental to rigidity. For this reason, the planning of the main shaft has to pay attention to many situations of high speed and high rigidity. It can also be seen from this that maintaining high speed and having the necessary rigidity on the heavy cutting side is a subject developed by Radial spherical plain bearings. Improvements in the smoothing method.

Smoothness is roughly divided into oil smooth and smooth grease. Generally, the application of high-speed machining requires the use of oil smooth, low-speed rotation and focus on cost, application and environmental load reduction. However, following the advancement of the machine tool, it is desirable to have a smooth method that can satisfy both processing occasions.