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In the processing and production of non-standard precision mechanical parts in mechanical processing plants,although there are many tips that are not obvious,but if you can know and master these tips,it will make you more efficient!Here we introduce a few commonly used tips in the processing of non-standard precision mechanical parts,let everyone understand together:

Precision machining is generally different in terms of type and specifications, and now precision machining has also increased a lot in these areas. No matter how it is said, the technology of precision machining is also improved a lot now, precision mechanical parts processing is a type of mechanical processing, but it requires higher errors in processing and more stringent requirements on processing technology. With the development of modern industry and the continuous changes in demand, precision mechanical processing is already more In terms of development, the direction of its development is becoming wider and wider, and the direction is becoming more and more detailed. The direction of development is more and more showing its specialization.

For the problems of precision machining, if they are more professional in these aspects, in fact, the problems that arise in the course of daily operations can actually be solved. After all, many machines are now improving at a fast pace, and now precision machining accessories The device is relatively new, under normal circumstances, if there are better parts. Accessories, then in the processing efficiency, the working effect will be much higher.

For this kind of mechanical processing, the process is very important. If there is a failure problem during the processing, it will definitely directly affect the final quality of the product, so we want to do a good job of the quality of the product. If it does, then it is necessary to ensure that the occurrence of failure problems is reduced during the operation. In this case, many things need us to pay attention to. Let ’s take a look at what we should pay attention to in the processing of precision parts .

 How high is the precision of CNC bed processing, how to calculate it?   The first step is to study how to improve the precision of CNC lathe processing from the aspect of mechanical adjustment. The machine tool adjustment mainly includes these parts, the main shaft, the bed and the inserts, etc., so that the lathe can meet the requirements and improve the accuracy of the CNC lathe processing. It must also be monitored in real time during the work process, and it must be continuously optimized. Insufficient lathes, in order to adjust the production department to better products in time. This is the simplest and most convenient way to improve the machining accuracy of CNC lathes. This adjustment method does not require good technology, but requires employees to check from time to time to make adjustments.

The purpose of cleaning the parts is to remove all kinds of dirt such as foundry sand, iron filings, rust, abrasives, oil stains, dust, etc. remaining on the surface. The cleanliness of parts after cleaning will directly affect the quality of assembly and the service life of construction machinery. Therefore, the cleaning of parts is a very important part of construction machinery assembly. To do a good job of cleaning parts, the cleaning agent and cleaning method should be selected correctly according to their materials, structural characteristics, pollution conditions and their cleanliness requirements.

This is very important, because once the process is wrong, the following work will also be wrong. If it is not corrected in time, then the quality of the finished product will definitely be a problem, so the process must be arranged carefully, then the following Let's take a look at how to do the process arrangement of non-standard parts processing?

The technical requirements for the processing of non-standard parts are generally formulated according to the main functions and working conditions of the shaft, and usually have the following items:

Machining is divided into three stages: general machining, precision machining, and ultra-precision machining. 

In the process of designing, machining must not only meet its requirements for use, but also have the ability to do the work it requires. It should also meet the production requirements in the process of operation. Machining is easy to process during the design process The cost is very low, and such parts will be said to have good manufacturability to a certain extent.

Stamping is a forming method that uses a press and a die to apply external force to plates, strips, pipes, and profiles, etc. to cause plastic deformation or separation, so as to obtain a workpiece (stamped part) of the desired shape and size. Stamping and forging are both plastic processing (or pressure processing), collectively called forging.The stamped blanks are mainly hot-rolled and cold-rolled steel plates and strips.

We may all have heard of stamping parts processing. At present, we will also deal with the surface of stamping parts produced in order to improve the service life of stamping parts.