Custom Automatic Transmission Linear Ball Bearing

In the production process of linear ball bearings, how to lubricate and cool the bearings to improve processing efficiency and bearing quality?

Application of lubrication technology
1. Choose the right lubricant
YININ is well aware of the importance of lubricant selection for bearing processing. In the production of linear ball bearings, we carefully select high-performance lubricants based on factors such as processing materials, processing temperature, friction coefficient and working environment. For linear motion parts, we tend to use low-viscosity, high-wear-resistant lubricants or greases, which can effectively reduce friction and energy consumption, while avoiding excessive heat generation and maintaining a stable temperature in the processing area.

2. Optimization of lubrication methods
In order to ensure that the lubricant can act evenly and continuously on the processing surface, YININ adopts advanced lubrication systems, including oil mist lubrication, oil drip lubrication and forced circulation lubrication. Especially for precision-machined linear ball bearings, we prefer to use trace oil mist lubrication, which can not only achieve precise control of the lubrication amount, but also effectively reduce the pollution of the lubricant to the environment, while ensuring the cleanliness of the processing surface, which is conducive to improving the accuracy and surface quality of the bearing.

Implementation of cooling technology
1. Selection of cooling medium
The selection of cooling medium is directly related to the cooling effect and processing efficiency. Based on the processing characteristics of linear ball bearings, YININ Company comprehensively considers factors such as cooling capacity, environmental protection, and cost, and selects water-based coolant or synthetic coolant as the main cooling medium. These coolants have excellent thermal conductivity, can quickly absorb and take away the heat generated during processing, and effectively prevent the workpiece and tool from deformation due to overheating. They also have good anti-rust and anti-corrosion properties, which help protect processing equipment and bearing materials from corrosion.

2. Innovation of cooling methods
In order to maximize the cooling effect, YININ Company continues to explore and apply advanced cooling technologies. For example, we introduced a high-pressure jet cooling system, which directly sprays coolant into the processing area through a high-pressure nozzle to form efficient local cooling, greatly improving the efficiency of heat removal. We have also developed a closed-loop cooling circulation system that can recycle and reuse coolant, which not only saves resources, but also reduces wastewater discharge, reflecting the company's environmental protection concept.

Synergy of lubrication and cooling
In the production process of linear ball bearings, lubrication and cooling do not exist in isolation, but are interdependent and synergistic. Good lubrication can reduce friction, reduce cutting force and temperature, while effective cooling can further control temperature rise and maintain stability in the processing area. YININ achieves the best match between lubrication and cooling by precisely controlling the supply of lubricant and the flow and temperature of cooling medium, which not only ensures the smooth progress of the processing process, but also significantly improves the processing accuracy and surface quality of the bearing.

Support of technological innovation
YININ's remarkable achievements in the lubrication and cooling technology of linear ball bearings are inseparable from its strong technical R&D team and advanced production equipment. The company has an elite team of 12 technicians who are not only proficient in bearing design and manufacturing, but also constantly explore the application of new materials and new processes, providing solid intellectual support for the innovation of lubrication and cooling technology. Our workshop is equipped with modern manufacturing equipment and precision measuring tools. These high-precision equipment ensures the precise execution of each process and provides the possibility for accurate evaluation of lubrication and cooling effects.