How to correctly use the lubrication method of woodworking lathe lubricating oil

The use of woodworking lathes is now a very widely used equipment by everyone, and it is also a very efficient equipment.Therefore, many companies also choose high-quality woodworking lathes when they choose woodworking lathes.However, if you don't understand some of the performance of the equipment very well, it is very unfavorable, so the correct application of the equipment is very important.The following will teach you the correct understanding of the lubrication method of lubricating oil.

CNC woodworking lathes have been used for a long time and need to be lubricated. Everyone can definitely understand this operation.For example, in winter, our skin and lips are easily dry. At this time, we tend to apply some lubricating oil to adjust. It's the same. It uses grease lubrication. This is a lubrication method that does not require any equipment, and it also uses more methods.

Of course, when we add grease for lubrication, we should pay attention to the amount of grease added, because it will have a great impact on the working quality and accuracy of the spindle, so we should pay attention to the following issues when installing the spindle.：

1.Things that need to be confirmed before adding fat

First of all, the cleanliness of the bearing must be confirmed. It should be strictly cleaned and degreased before assembly, and then the grease of the high-speed spindle should be filled according to the requirements of the process.

2.Grease filling

In order to be able to fill the right amount of grease, we can use a grease filler. If it is with a reading, it will naturally be zui.Of course, zui is a grease filler that can control the amount of grease used.Generally speaking, the grease injection of centripetal thrust ball bearings for high—speed spindles is -15%±2% of the track space; the long—term high-speed operating environment is 12%; the grease injection of sub-high-speed spindles is within 20% of the track space; the grease injection of cylindrical roller bearings for high-speed spindles is -10%±2%; the long-term high-speed operating environment is 10%; the sub-high speed is within 18%.