About precision sheet metal parts processing, most of the population is relatively unfamiliar with this word, those who have contacted this industry may understand, those who have not are not aware of what precision sheet metal is. Sheet metal as a metal material, which is subdivided into many different kinds of profiles, is widely used in our industry, but we also have a lot of precautions when we do precision sheet metal processing.
Firstly, the problem often encountered in the processing of precision sheet metal parts is the problem of welding. In the case of a product that is very small, we can use some corresponding welding methods to build it, and also in the case of any product sheet metal to do spraying is divided into 3 kinds of cases.
Flat Spraying Of Precision Sheet Metal Part
The first is flat spraying, and flat spraying is divided into high gloss, matt, etc. The spraying effect techniques of both are very different. The advantage of flat spraying is that its aesthetics are very good, while the effect after printing is good, while relative to the price will be a little higher, the process is more complicated, while it is easy to be scratched, and difficult to repair.
Sand Grain Of Precision Sheet Metal Part
The second type is sand grain, sand grain can be divided into fine and coarse, the advantage is anti-scratch, affordable, cost-effective, most people will choose, the disadvantage is that the printing effect is not good; this is not comparable to the last one.
Orange Grain Of Precision Sheet Metal Part
The third is orange grain, orange grain is divided into large and small, orange grain spraying is a combination of flat and sand grain. It is recommended that you find a reliable manufacturer to implement when you choose precision sheet metal parts processing, you must understand clearly first, it is related to the quality degree of your products and the use period.
Sheet metal processing actually refers to thin sheet metal parts. In layman's terms, thin sheet metal parts actually also refer to parts that can be further processed through processes such as bending and stretching, and in which the main performance characteristics are not significantly lost during processing. In fact it can also be said that the thickness actually does not change at this stage at the end of the machining process and the thickness remains the same for a part. The next step is to introduce you to the steps and tools used in sheet metal processing.
Plate processing can in fact be commonly referred to as metalworking. Specific examples of application are: making some common utensils in everyday life from plates, such as: plates, iron barrels, oil pots, etc. One process of plate processing is to use some plates, riveting, bending and buckling, welding, bending and forming, etc. However, depending on the structure of the plate, the exact dimensions of the plate vary.
Sheet metal work: The first step is the general planning of the sheet metal parts → The second step is the production of drawings according to the specific technical requirements of the sheet metal work → The third step is the punching and processing of the sheet metal work → The fourth step is the punching and processing of the sheet metal work → The fifth step is the punching and processing of the sheet metal work → The sixth step is the punching and processing of the sheet metal work → The seventh step is the surface processing of the sheet metal work, such as: the punching and processing of the sheet metal work → The eighth step is the punching and processing of the sheet metal work.
