The general guiding ideology for the processing of mold parts is to carry out adaptive processing for different mold parts, different materials, different shapes and different technical requirements. There are many selective schemes. However, achieving the best processing effect and economy through the control of the processing procedure is the focus of our attention. According to the appearance and shape of mold parts, they can mainly be classified into three categories: shaft parts, disc parts, plate parts and formed special-shaped parts. The general process of these three types of parts is as follows: rough machining - semi-finishing -(quenching and tempering)- precision grinding - electrical discharge machining - fitter's finishing - assembly processing.
The hardware mold processing industry is developing at a rapid pace. For enterprises, the competitive pressure is also increasing day by day. Whether in processing technology or processing quality, they are constantly improving and innovating. In this highly competitive era, only by ensuring good quality, excellent service and continuous innovation capabilities can enterprises meet customer demands and thus win the market. 1. Bottom surface processing, with guaranteed processing volume; 2. Reference alignment of casting blanks, inspection of 2D and 3D surface allowances; 3. Rough machining of 2D and 3D surfaces, and machining of non-installation and non-working planes (including safety platform surfaces, buffer installation surfaces, pressure plate surfaces, and side reference surfaces);
Before processing, we need to have a clear understanding of many precautions to avoid having many unclear points during the later processing. After understanding them clearly, it can better help us work, reduce the occurrence of malfunction problems, and ensure the quality of the products. All these are closely related to the matters we need to pay attention to. So now let's take a look at what matters need to be noted when processing precision parts? Before the machine starts working, check whether the moving parts have been lubricated with oil. Then start the machine and check if the clutch and brake are functioning properly. Let the machine idle for 1 to 3 minutes. Do not operate the machine if there is any malfunction.
Grinding is a process that mold parts often undergo after long-term use. The abrasive particles embedded on the grinding tool will perform fine finishing on the surface of the workpiece during the grinding process. During the relative movement between the grinding tool and the workpiece, the rust and damaged areas on the surface of the mold parts will be gradually ground flat, making it smoother. Mold parts that have undergone grinding processes will have a longer service life and more significant processing effects. So, what are the matters needing attention during grinding?
