Precision Mold Components play a crucial role in modern manufacturing, with complex manufacturing processes that require high-precision operations. Below we will introduce the main process flow of precision mold parts processing:   1、 Design phase   1. Product analysis   Detailed analysis of the design drawings for mold spare parts is required. Understand key information such as the shape, dimensional accuracy requirements, surface roughness requirements, and material properties of the parts. Based on this information, determine the feasibility of the machining process and the processing equipment and tools that may be required.   2. Process planning   Develop a reasonable processing technology route. This includes determining the order of processing, such as whether to perform rough machining or precision machining first, as well as selecting appropriate processing methods, such as turning, milling, electrical discharge machining, etc. Consider the allocation of allowances during the machining process, ensuring sufficient allowances for subsequent machining while avoiding material waste and prolonged processing time caused by excessive allowances. 2、 Raw material preparation stage   1. Material selection   Select a

1、 Mold design   Mold design is the primary factor affecting processing. Reasonable Hardware Mold structure design can ensure the stability and reliability of the mold during use. When designing, it is necessary to fully consider factors such as the shape, size, precision requirements, and molding process of the product. For example, if the design is not reasonable, it may lead to stress concentration during the processing of the mold, thereby affecting the service life and accuracy of the mold.     2、 Processing equipment   Advanced processing equipment is the key to ensuring the precision of precision mold processing. High precision CNC machines, electrical discharge machining machines, wire cutting machines, and other equipment can provide higher machining accuracy and stability. The accuracy, rigidity, speed, and performance of the control system of the equipment will directly affect the machining quality of the mold. For example, machine tools with low precision may result in significant dimensional deviations in the processed molds.   3、 Processing technology   Choosing the appropriate processing technology is crucial for the machining of precision molds. Including the selection of cutting parameters, planning of tool paths, heat treatment processes, etc. Improper selection of cutting speed, feed rate, and cutting depth may cause problems such as rapid tool wear and poor machining surface quality. However, an unreasonable heat treatment process may lead to mold deformation and affect its accuracy.   4、 Material selectio

In the field of modern manufacturing, 3D molds and traditional molds are like two unique stars, each emitting its own unique light, and there are many significant differences between the two.   More and more people are starting to discuss 3D printing, which is one of the exciting technological innovations in the past few years because you can quickly and easily create almost anything you can imagine. The next question is, will it completely replace the traditional Custom Injection Mold?   For decades, in the fields of product development and manufacturing, The Injection Mold Manufacturing process is the main production technology, Both 3D printing and traditional injection mold processing techniques are recognized as preferred methods. Although both methods are feasible and suitable for many different situations and applications, they have significant differences in several aspects, such as production methods, materials, volume, cost, and applications. Therefore, understanding the difference between the two is crucial for you. Firstly, their operational methods are completely different. Let's explore together what this means?   The manufacturing of traditional molds usually relies on a series of mature processes such as cutting, forging, and casting. This process is quite complex, involving careful design, material preparation, multiple fine processing steps, and strict quality inspection. Its advantage lies in its highly mature technology, which can demonstrate excellent high precision and stability performance in large-scale production. Traditional molds have a wide range of material choices, from common metals to various engineering plastics, with good cost control, especially suitable for the production of

Dongguan Haochen Precision Industry Co., Ltd. is a professional engaged in: Precision hardware mold design, mold, parts processing, and jig processing of processing enterprises. The company has many senior mold design, machining, mold setup, and stamping technology personnel, to meet the market requirements for high-quality products, we do not care about the pursuit of technological breakthroughs, cultivating talent, in the company's efforts of all colleagues, the company has been the healthy development of the vast number of customers to get the affirmation.   The technical team of Dongguan Hao Chen Precision Industry Co., Ltd. is as follows:   Mold design: More than 10 years of experience in precision mold design 3 people Mold assembly: More than 10 years of experience in mold assembly, maintenance of 5 masters Process Programming: More than 8 years experience in process and programming 3 people Mechanical processin