For those who are new to the hardware processing industry or have not yet been exposed to it but are linked to hardware processing. Tell them what CNC processing is? They are all confused, and this can only be popularized through short-term contact. If you are really interested in CNC processing, I will give you a reference here! The so-called CNC machining is also called CNC machining, which refers to a processing in which a programmer programes the work order that needs to be processed with a computer and then operates by CNC machining operators. Speaking of programming, it is actually a processing language, usually called G code. It uses G code language to tell the CNC machine tool what Cartesian position coordinates to use, and controls the feed speed and spindle speed of the tool, as well as tool converters and cooling. and other functions. At the same time, cnc is also called computer gong, so some people call this computer gong processing. In fact, when you have almost popularized CNC processing, go Read More

As a professional precision parts processing manufacturer, if you still follow the traditional processing methods, it will inevitably have a certain quality impact on processing efficiency and production efficiency. Therefore, precision parts processing, as a high-standard processing technology, has a great impact. Today's precision parts processing can meet the processing efficiency of this company by relying on advanced manufacturing technology, high-precision and high-efficiency automatic processing equipment. So what impact does precision parts processing have on industrial production? It can be said that high-precision and high-efficiency automatic processing equipment can effectively improve labor productivity and output, have high economic benefits and reduce enterprise costs. It can also improve working conditions, reduce labor intensity, shorten working hours, and improve civilized production levels. In addition, automation equipment can reduce production workers, shorten production cycles, reduce production costs, and save energy. Therefore, automated processing equipment can be said to have many benefits. And precision parts processing technology Read More

Precision parts processing is a very cautious processing technology, and because of this, some precautions are also necessary when carrying out this processing technology. Our Dongguan Ruibang Technology specializes in CNC processing, hardware parts processing, precision parts processing, etc. There have been many years of technical accumulation. Processing products cover the fields of machinery, automation equipment, aviation, automobile, electronics, medical equipment, communication equipment, etc. The industries are spread across Guangzhou, Shenzhen, Dongguan, Pearl River Delta and other places. Let’s follow them to see 6 precautions for precision parts processing. 1. Before working the machine, check whether the moving part is filled with lubricating oil, then start and check whether the clutch and brake are normal, and run the machine tool airborne for 1-3 minutes. It is strictly forbidden to operate when the machine is faulty; 2. Maintain the correct posture during work , you must have sufficient energy to deal with work. If you find physical discomfort, you must leave your job immediately and report it to your leader. When operating, you must concentrate your mind and be strict Read More

During the processing process, there is great uncertainty in the processing of precision parts. A part or product can have multiple processes, and there are a wide variety of mechanical equipment and tool fixtures required during the production process. The requirements for processing some precision parts are very high. The workshop often needs to fill out a large number of material collection forms and production forms that will be seen in 'one-shaped'. If there is process management, a large number of process transfers are also required. Turn order. In terms of product internal control, a combination of independent and external processing is generally chosen. For example, special processes such as electroplating, sandblasting, oxidation, silk screening and laser engraving are all entrusted to foreign parties for processing. So how do they process products and their operating specifications? 1. When processing products. Operators should maintain the correct posture and have enough energy to work perfunctorily. If they find that they are uncomfortable, they should leave their job immediately for personal safety and report to the workshop supervisor or higher-level leader. It is necessary to gather ideas during operation, prohibit nagging and mutual Read More

Programming is an indispensable step in the CNC machining process, but many beginners know very little about CNC machining programs. For CNC machining centers, we must avoid collisions during programming and machining. Because the CNC machining center is very expensive, ranging from hundreds of thousands of yuan to millions of yuan, the maintenance cost is quite expensive. Below I will share with you some programming skills on how to improve CNC machining. Technology 1: Using the CNC machining center with its own simulation display function, usually the more advanced CNC machining centers have graphic display function. After entering the program, you can call the graphic simulation display function to observe the tool's movement trajectory in detail to check whether the tool and the workpiece or fixture may collide. Technology 2: The application of computer simulation simulation systems. With the development of computer technology, the scale of CNC processing teaching has expanded, and more and more CNC processing simulation systems have become increasingly perfect. In this way, you can use it to start Read More

CNC machining has a great influence in the hardware industry, and many companies that need to process parts will be applied to CNC machining. Since CNC machining can be used for complex processing, high requirements and numerous processes, it requires multiple clamping and adjustments to complete the processing of parts. Usually, the most commonly used parts in CNC processing are special-shaped parts, complex curved surfaces, box parts, special processing, disk cover plates and other parts. 1. Shape parts forming parts are irregular parts, and are mostly mixed with points, lines and surfaces. Generally speaking, special-shaped parts have poor rigidity, difficult to control clamping deformation, and difficult to ensure machining accuracy. Some parts of the machining parts are even difficult to complete on ordinary machine tools. When using a machining center for processing, reasonable process measures should be taken, first or second clamping should be made, and the characteristics of multi-station, line and surface mixing of the machining center should be fully utilized to complete multiple or all process contents. 2. Complex surfaces are made of mechanical Read More

CNC lathe processing is a very common processing technology in hardware processing factories, and manufacturers can rack their brains to improve processing efficiency. CNC lathe processing has processing technology that other machinery cannot achieve in use, and is also unambiguous when producing high-difficulty and complex parts. When programming CNC lathe processing, you must pay attention to the cutting usage of each process, and when using it Select the cutting volume correctly so that the product quality and output can be improved. Conditions that usually affect cutting speed, depth and feed rate include machine tools, tools, tools and workpiece rigidity; cutting speed, cutting depth, cutting feed rate; workpiece accuracy and surface roughness; tool life and maximum productivity; cutting fluid types, Cooling method; workpiece material hardness and heat treatment status; workpiece quantity; machine tool life. The maximum cutting speed allowed is different for different tools. High temperature resistance cutting speed is below 50 m/min, and heat resistance cutting speed can reach 10 Read More

At present, precision parts processing is doing more and more outstanding in the processing industry. It is because of its excellence that it has brought us a lot of convenience, and the scope of its use is getting wider and wider. Precision parts processing refers to the entire process of making original materials (or semi-waste) into products. For precision parts processing, it includes the transportation and storage of original materials, consumption preparation, blank manufacturing, parts processing, heat treatment, product assembly, and debugging, paint and packaging, etc. The content of precision parts processing is very common. Modern enterprises use the principles and methods of system engineering to organize and guide consumption, and regard precision parts processing as a consumption system with input and output. When processing precision parts, the process of modifying the shape, size, position, properties of the object to be processed to turn it into waste or semi-waste is called a process process. This is a major part of the processing process. It is divided into casting, forging, stamping, welding, machining, assembly and other processes Read More

In recent years, with the rapid development of my country's precision parts processing industry, people have put forward higher requirements for the operational process and process characteristics of the industry. Let’s first look at the following operating procedures for precision parts processing: 1. Preliminary reference. That is, the reference surface is first processed. During the processing process, the surface of the part used as the positioning reference should be processed first so that it can provide a precise reference for the processing of subsequent processes as soon as possible. Distinguish between different processing stages. High-quality mechanical surfaces are required to distinguish between the processing stages and can generally be divided into three stages: rough processing, semi-finishing and finishing. First of all, we must ensure the quality of processing, which is conducive to the scientific use of equipment, facilitate the arrangement of heat treatment processes, and easily detect blank defects. 3. Face first and then hole. Box, rack, rod and other parts should be processed first and then holes. This enables the hole to be positioned and processed, ensuring the position accuracy of the plane and holes, and also bringing convenience to the processing of plane holes. 4. Read More