Precision parts processing technology and stamping molds should be closely combined with the actual situation of the factory machinery, staff, etc., and comprehensively consider the quality, productivity, manufacturing costs, labor efficiency, environmental maintenance and safety factor of manufacturing, and determine and design them. Production technical solutions and mold design with excellent technology, economical and reasonable application are safe and reliable, so that the production of stamping parts can be minimized on the basis of ensuring that the technical standards mentioned in the design drawings are met, and the production of stamping products can be minimized and the cost of stamping production is guaranteed. Production safety. Today, Dongguan Ruibang Technology will introduce to you the necessary conditions for high-quality precision parts processing. Performance requirements for stamping parts (1) The standards for precision stamping parts must meet the accuracy standards of stamping parts, the production process volume must be determined through the design and calculation of the stamping mold. This is not only because it involves material characteristics and pulling. Factors such as depth height and the number of deep drawing steps also involve the depth drawing diameter and material Read More

There are many companies engaged in precision parts processing in Dongguan. The following are some companies' recommendations: Dongguan Ruibang Model Manufacturing Technology Co., Ltd.: dedicated to CNC precision processing, mainly providing manual board model manufacturing and non-standard parts processing services. The products cover mechanical parts, automotive parts, optoelectronics parts, home appliance accessories, medical equipment accessories, etc. We are now working with many design studios and trading companies to obtain unanimous recognition from customers with high-quality products and reasonable prices. When choosing a processing enterprise, you can refer to the company's processing equipment, technical team, quality assurance, service capabilities and other factors for a comprehensive evaluation. Ruibang is located in Chang'an, the hometown of molds in Dongguan. The factory workshop area is 1,500 square meters, it has 17 CNC high-speed machining centers, and is equipped with multiple CNC lathes, milling machines, tapping machines and other auxiliary equipment; at the same time, the company has a group of senior technicians to serve as the backend to deal with and process the company and customers. The technical difficulties adopted the most Read More

Dongguan CNC processing refers to the CNC (computer CNC) processing business carried out in Dongguan area. Dongguan is a city in Guangdong Province, China, and is famous for its manufacturing industry, especially in the fields of mechanical processing, mold manufacturing, electronic products, etc. CNC processing companies in Dongguan usually have advanced equipment and technology that can provide high-precision and high-efficiency processing services. These companies can use CNC machine tools to process various materials according to customer needs, such as metal, plastic, wood, etc. If you need to look for CNC processing services in Dongguan, it is recommended to find suitable suppliers through Internet search, industry exhibitions, word-of-mouth recommendations and other channels. When choosing a supplier, you can consider factors such as processing capacity, quality management, delivery time, price, etc. and compare it with multiple suppliers to choose the partner that best suits your needs. Dongguan Ruibang Model Manufacturing Technology Co., Ltd. Read More

CNC precision machining has the following requirements for operators: 1. Mechanical knowledge: Operators need to understand the working principle, structure and operating methods of CNC machine tools, as well as related knowledge such as processing technology and material characteristics. 2. Programming skills: Operators need to master the CNC programming language, be able to write processing programs, and realize automatic control of the machine tool. 3. Tool knowledge: Operators need to understand the characteristics and uses of various tools, be able to choose suitable tools for processing, and master the grinding and replacement methods of tools. 4. Quality awareness: Operators need to have a good quality awareness and be able to process strictly in accordance with process requirements to ensure that the processing quality meets the standards. 5. Safety awareness: Operators need to have safety awareness, abide by relevant safety regulations, and ensure that no safety accidents occur during the processing process. 6. Teamwork spirit: Operators need to have team spirit and be able to collaborate with other personnel to complete the additional Read More

If you want to learn CNC machining, here are some things you can start: Learn basic knowledge: Understand the basic principles of CNC machining, the structure and working principles of machine tools, the types and uses of tools, processing technology, etc. Learn CAD and CAM software: Learn to use computer-aided design (CAD) and computer-aided manufacturing (CAM) software such as AutoCAD, SolidWorks, MasterCAM, etc. Practical operation: Be familiar with the operation and processing process of CNC machine tools through practical operation. You can find practical opportunities in schools, training institutions or factories. Learn programming languages: Learn programming languages ​​for CNC machine tools, such as G code and M code, so that you can write machining programs. Understand materials and tools: Understand the processing characteristics of different materials and the selection and use of tools so that the right materials and tools can be selected Read More

Auto parts processing refers to the processing of automobile parts into products that meet the standards of automobile parts through mechanical processing, casting, forging, stamping, welding, etc. Auto parts processing is one of the important links in automobile manufacturing, and its processing quality directly affects the performance and quality of the automobile. The main processes of automotive parts processing include: 1. Machinery processing: Processing automotive parts by turning, milling, planing, grinding, etc. to obtain the required shape and size. 2. Casting: After melting the metal, pouring it into the mold, and cooling it to obtain the required component shape. 3. Forging: By heating the metal and forging it into the desired component shape. 4. Stamping: Stamp the metal sheet into the required parts shape through a stamping mold. 5. Welding: Connect metal plates or parts together through welding equipment. The main equipment for automotive parts processing includes: lathes, milling machines, planing machines, grinding machines, casting equipment, forging equipment, stamping equipment Read More

CNC (Computer Numerical Control) processing is a technology that uses computer-controlled machine tools to process. It uses a digital control system to control the movement and processing process of the machine tool, thereby achieving high-precision and high-efficiency processing. CNC machining is often used to manufacture various parts and components, such as automotive parts, aerospace parts, medical devices, electronic devices, etc. It can process a variety of materials, including metal, plastic, wood, etc. Advantages of CNC machining include: High precision: CNC machining can achieve very high machining accuracy, usually reaching accuracy of tens of microns or even several microns. High efficiency: CNC machining can achieve automated processing, reducing manual intervention and thus improving productivity. Flexibility: CNC machining can process parts of various shapes and sizes, with high flexibility. Good repeatability: CNC processing can be guaranteed Read More

Precision parts machining refers to the processing of parts with high precision requirements to obtain the required size, shape and accuracy. Precision parts processing usually requires the use of high-precision equipment and technology to ensure the quality and accuracy of the parts. The main processes of precision parts processing include: 1. Turning: Turning parts through lathes to obtain the required shape and size. 2. Milling: Mill the parts through a milling machine to obtain the required shape and size. 3. Grinding: Grinding parts through a grinder to obtain high-precision surface quality. 4. Drilling: Drill the parts through the drilling machine to obtain the required hole diameter and depth. 5. Boring: Boring the parts through the boring machine to obtain high-precision hole diameter and depth. 6. Wire cutting: Wire cutting and processing of parts through wire cutting equipment to obtain complex shapes and sizes. The main equipment for precision parts processing includes: lathes, milling machines, grinding machines Read More

Stainless steel CNC processing is a common metal processing method, but due to the high hardness and corrosion resistance of stainless steel materials, higher requirements are put forward for processing equipment and tools. This article will introduce the characteristics of stainless steel CNC machining and provide you with suggestions on choosing the right milling cutter. 1. Characteristics of CNC processing of stainless steel have high hardness: Stainless steel usually has high hardness, so it requires high wear resistance of cutting tools. High Toughness: Stainless steel materials have good toughness, so chips are easily troubled during CNC processing, and cutting parameters and reasonable tool design are required. Strong corrosiveness: Stainless steel is highly corrosive and is prone to corrosion, wear and other problems for tools. Therefore, it is very important to choose corrosion-resistant tools. 2. Selection of milling cutters: Stainless steel CNC processing is suitable for choosing tool materials with high hardness and wear resistance, such as cemented carbide tools with coatings, PVD coated tools, etc. Read More