1. Introduction to CNC machining CNC (Computer Numerical Control) machining is a technology that uses computer-controlled machine tools for automated production. It inputs the design information into the computer through pre-programming, and then the computer controls the machine tool for precise cutting, drilling, milling and other operations. Compared with traditional manual machine tools, CNC machining has higher production efficiency, better processing accuracy and lower labor costs. 2. Uses of CNC machining. Manufacturing of mechanical parts: CNC machining is widely used in the manufacturing of various mechanical parts, such as gears, shafts, bearing seats, etc. These parts often have complex shape and accuracy requirements, which CNC machining can easily meet. Mold manufacturing: Molds are an important part of many industrial products, such as injection molds, die-casting molds, etc. Using CNC machining can improve the manufacturing efficiency and quality of the mold, thereby reducing production Read More

I often hear customers say that I want to find a CNC precision processing manufacturer with excellent quality. The quality is not good and I can’t use it. No matter how beautiful it is, it is useless. Indeed, quality is the foundation, followed by appearance. As a professional and quality-required machining manufacturer, what specialized and precision needs to do is to be a high-quality machining factory that will save customers worry. Find a high-quality machining manufacturer. In addition to understanding their personnel, scale, and equipment, they also need to understand their attitudes, teams, corporate culture, etc. A good machining manufacturer has a positive attitude towards work and life. , Their team is energetic, dreamy and motivated, and their corporate culture has their development ideas and future plans. Because personnel, equipment, and scale are hardware, and attitude, team and culture are the weather vane of a company. Only when the weather vane is correct can you make products of excellent quality and become a CNC precision-based product that has always made customers worry-free. Read More

CNC machining center programming software is a very important tool in the field of CNC machining. They can help engineers quickly and accurately compile robot machining programs. So, what are the most popular CNC machining center programming software on the market at present? Let’s learn more about it below. 1. AutoCADAutoCAD is a very popular computer-aided design software, which is widely used in the fields of machinery, construction, automobiles, etc. AutoCAD is also widely used in CNC machining center programming. This software supports graphic drawing of various machines and equipment, and also provides programming interfaces, allowing engineers to easily write robot machining programs. 2. MastercamMastercam is a very well-known CNC programming software, which supports various types of CNC machine tools, including machining centers, milling machines, lathes, etc. This software provides very powerful Read More

CNC hardware parts processing, not any data can be processed finely. Some data are too hard, exceeding the hardness of the processed parts, and may crash the parts, so these data are not suitable for fine processing unless it is cut by special data parts, or laser. Finishing data is divided into metal data and non-metal data. For metal data, the hardness of stainless steel is followed by cast iron, followed by copper, and then aluminum. The processing of ceramics, plastics, etc. is the processing of non-metal data. 1. The first is the requirement of data hardness. In some cases, the higher the hardness of the data, the better. Hardness requirements for machining parts. If the processing data is harder than the parts, it cannot be processed. Second, the raw materials have moderate softness and hardness, at least one level lower than the hardness of the parts. At the same time, this depends on the function of the processing equipment and the material of the parts is reasonably selected. Generally speaking, finishing still has some requirements for raw materials, not all raw materials are suitable for processing, such as the data is too soft or Read More

With the increase in precision CNC machining parts year by year, people pay more and more attention to precision CNC machining. In order to prevent deformation and offset of precision CNC machining, we need to pay attention to some aspects. In CNC machining, there are several aspects that need to be paid attention to. 1. Safety first, operate the machine in CNC machining; 2. Before CNC machining, the tool, safety height and cutting data must be checked; 3. Before clamping the workpiece, the burrs must be deburned to determine whether the actual size of the workpiece is as good as The drawing size is the same, and whether the electrode material is related to the clamp after clamping; 4. For clamping workpieces, first determine whether the clamping tool (Erowa, wise) is accurate, otherwise it needs to be recalibrated. When clamping the workpiece, pay attention to appropriate clamping force to avoid deformation of the workpiece; 5. Finishing tools must first measure the tool diameter, then measure the tool diameter on the spindle, and then measure the tool diameter to ensure the tool diameter. 6. During the processing process, pay attention to discovering problems at any time and contact C Read More

Many CNC processing manufacturers have been seeking ways to control processing costs as much as possible. Many users have also found that the quotes given by different companies of the same product are hugely different. What are the main reasons? Putting aside many factors such as the factory size and location, how can we better control the cost of CNC processing? 01. The prices of production equipment with different requirements for precision processing equipment will definitely be different, which will lead to differences in labor costs. To give a simple example, the price difference between 200,000 equipment and 2 million processing equipment will definitely be huge. Using multiple devices to complete a product, and using multiple functions to complete a product, because the equipment processing functions will vary, the prices will also vary. For example, the cost of using lathes and CNC milling machines to process parts is definitely higher than the cost of economical milling composite machining machines, but if the lathes and milling machines are small brands or older models Read More

The main reason why aluminum CNC needs to be cleaned after processing is to remove residual oil stains, metal chips and other impurities during processing to ensure the smoothness and overall performance of the surface of the aluminum part. The following are answers to some related questions: 1. Do aluminum parts need to be cleaned before processing CNC? Generally speaking, aluminum parts need to be cleaned before processing to ensure that the surface of the parts is clean and dust-free, and avoid contamination of cutting fluids and other substances during the processing. 2. How to choose the appropriate cleaning agent? The selection of cleaning agents should be based on the material and surface treatment requirements of aluminum parts. Generally, weakly alkaline or neutral cleaning agents are selected, such as sodium alkylbenzenesulfonate and other cleaning agents. For aluminum parts with special requirements, organic solvents or halogenated alkyl solvents can also be used for cleaning, but these solvents have high toxicity and volatile properties and need to be used safely. 3. What are the cleaning methods? Common cleaning methods include soaking, spraying and ultrasonic cleaning methods Read More

With the gradual growth of the handboard industry, the manufacturing process is also becoming increasingly updated, including 3D printing and silicone remodeling. But CNC machining is still the most common way to produce parts. Currently, there are several common methods of sharply binding CNC machining hand plate models: 01. Turning and turning simply involves firmly clamping the workpiece onto the rotating plate or mandrel. When the workpiece rotates, the cutting tool is fixed against it in a fixture mounted on the moving slide. The slider can move up and down along the length of the workpiece, as well as closer to or away from the centerline, and this simple operation is ideal for quick removal of large amounts of material. In addition, drill bits mounted on the lathe tail seat can drill precise holes; lathes are used to form concentric shapes on the outer periphery of circular components; making grooves, ring grooves, step shoulders, internal and external threads, columns on lathes Body and axis - many circular or circular features. 02. Milling and milling are fundamentally different in that the workpiece remains stationary and cut Read More

In some cases, handboards are called first editions. As the name suggests, before large-scale production, a small number of samples are generally made based on product appearance drawings and structural drawings, so as to check the product appearance or structural rationality functional samples. So which industries are precise users of mobile board factories or mobile board companies? Using the big data tool of Webmaster Home, we searched the keyword 'Shipboard' and found that the industries with strong demand were automobiles, home appliances, electrical appliances, toys, medical devices, technology and other industries. The commonly used methods in China are: CNC processing, SLA, SLS, SLM, FDM, vacuum duplexing, low-pressure infusion, sheet metal production. We will define, use materials, software, and processable Comparison of these handboard processing methods in terms of parts, advantages and disadvantages. 1. CNC machining CNC machining is a computer CNC machine tool. According to the programmed program, a whole piece of board is cut through the control tool path. Read More