CNC machining is an automated machine tool equipped with a program control system. Such control systems can logically resolve programs with operation numbering or other numbering instructions requirements and decode them to achieve machine tool posture and part machining. It is abbreviated as CNC in English, and is the English abbreviation of ComputerizedNumericalControl, also known as CNC lathe and machining center. What is the price of CNC processing? Let us understand the following sentence together: the price of CNC processing is about a few dollars per piece, one or two cheaper, and dozens of dollars. The price of CNC processing is affected by various factors, such as well-known brands, product types, specifications and models, sales markets, etc. Before choosing to purchase, you need to understand and compare from all aspects to choose from. CNC, also known as computer gong, CNCCH or CNC lathe, actually refers to Hong Kong, China. There is a word here, which was later Read More

Precision parts processing is a very demanding job, it requires a high degree of accuracy and precision. Here are some key points about precision parts processing: 1. Advanced equipment: Use high-precision CNC machine tools, measuring instruments and other equipment to ensure that Processing accuracy and stability. 2. Material selection: Choose a suitable material, such as a metal material with good mechanical properties and processing properties. 3. Process optimization: Improve processing quality by optimizing processing technology, such as cutting parameters, tool paths, etc. 4. Quality inspection: Carry out strict quality inspection, including dimension measurement, surface finish inspection, etc. 5. Environmental control: Control the temperature, humidity and other factors of the processing environment to avoid adverse effects on the parts. 6. Personnel training: Operators need to have rich experience and professional knowledge to continuously improve their skills through training. 7. Cleaning and protection: Keep the processing area clean and take appropriate protective measures to prevent parts from being affected by Read More

To improve the accuracy of hardware CNC machining, the following aspects can be considered: 1. Optimize tool selection: Select the appropriate tool type and size to ensure that it can meet the processing requirements and maintain good cutting performance. 2. Strengthen machine tool maintenance: Regular maintenance and maintenance of CNC machine tools to ensure the accuracy and stability of the machine tool. 3. Improve the processing environment: control environmental factors such as temperature and humidity to reduce their impact on processing accuracy. 4. Improve operating skills: The skill level of the operator also has a great impact on processing accuracy, and improve the skills of the operator through training. 5. Adopt advanced processes: such as high-speed machining, precision grinding, etc., which can improve processing accuracy. 6. Strict quality control: conduct multiple inspections during the processing process to promptly discover and solve problems. 7. Optimized programming: Fine programming can ensure that the machine tool is processed according to the optimal path and improves accuracy. Of course, specific measures need to be based on Read More

Hardware CNC machining is an important area of ​​CNC machining. It usually involves the CNC machining of metal materials to manufacture a variety of hardware parts. Hardware CNC processing is widely used, from hardware products in daily life to mechanical parts in the industrial field. This processing method can achieve high-precision and high-efficiency production and can meet various complex design requirements. In hardware CNC processing, commonly used metal materials include aluminum alloy, stainless steel, copper and other processing technologies may include milling, drilling, boring, cutting, etc. Its advantage is the ability to quickly and accurately produce high-quality and consistent hardware products. Are you engaged in hardware CNC processing related work? Or are you interested in this field? If you have specific questions or want to know more information, you can ask me anytime? Read More

CNC lathe processing refers to a processing technology method for machining parts on CNC lathes. The process specifications of CNC lathe processing and CNC lathe processing are roughly the same, but there are also obvious changes. Processing method for using electronic information to offset workpieces and CNC blades. It provides an important way to solve problems such as variable types of parts, small batches, complex appearance and high precision, and achieve efficient automated process processing. The advantages of CNC lathe processing are as follows: 1. A large number of tooling and clothing are reduced, and complicated tooling parts do not require complicated tooling. If you want to change the appearance and specifications of parts, you only need to change the processing process of parts, which is suitable for new product research and development and civilian products. 2. Stable processing quality, high processing accuracy, repeated high precision, and integrated into the processing specifications of quadcopters. 3. Under the conditions of multi-variety and small batch production, the productivity is high, which can reduce the time of production site management, CNC lathe adjustment and process flow inspection. Read More

The CNC machining feed path refers to the path in which the turning tool returns from the tool adjustment point (or the fixed origin of the machine tool) to that point and completes the machining program, including cutting paths such as cutting tools and non-cutting empty stroke paths. Finished feed lines are basically arranged in the order of the contour of the parts. Therefore, the key to determining the feed route lies in the determination of rough processing and empty stroke. CNC machining is the process of using CNC machining tools. NC refers to a CNC machine tool that is programmed and controlled in the NC machining language, usually with g code. The CNC machining g code language tells the Cartesian position coordinates used for machine tools to process tools, and controls the tool feed speed and spindle speed, as well as tool converters, coolants and other functions. The CNC machining feed route must be able to ensure the machining accuracy and surface roughness of the workpiece. The feed route for CNC processing should be shortened as much as possible to reduce idle time and improve processing efficiency. CNC processing and feeding Read More

CNC processing is developing in a direction of high efficiency and high efficiency. This includes CNC machining speed control. To maximize the working stroke, the moving parts must accelerate to the high-speed stroke within a short time and stop immediately during the high-speed stroke. Therefore, it is necessary to control the machining speed of the CNC machining center. Based on the open control idea, a CNC machine tool automatic acceleration and deceleration control method based on arbitrary curve is proposed. The automatic acceleration and deceleration control technology has been developed from the traditional fixed mode to the new flexible mode, and a new way to effectively improve the dynamic performance of CNC machine tools has been explored. 1. Flexible acceleration and deceleration control device: In CNC processing, the system program is generally used to directly realize specific speed automatic control functions. In this way, the acceleration and deceleration characteristics of the system can be changed, and the CNC program can be modified through the addition and subtraction control, so that ordinary users cannot make the CNC machine tool have the best acceleration and deceleration performance according to their own wishes. for Read More

Speaking of CNC lathes, it can turn four standard threads, including metric, foot, module, and diameter control. No matter which type of thread is turned, the lathe spindle and the CNC blade must maintain a strict motion relationship: that is, the spindle. Each rotation (i.e., the workpiece rotation), the CNC blade should move evenly the spacing of one (workpiece) guide. The following is to strengthen the mastery of various threads based on the analysis of various threads to better process various threads. Regarding the specification analysis of ordinary threads, CNC lathes also require many specifications for processing ordinary threads. The measurement and analysis of ordinary thread processing specifications mainly includes the following two aspects: 1. Before thread processing, the diameter of the steel component is processed according to the shrinkage rate of the thread processing tooth type. The previous workpiece aperture D/D-0.1 P, that is, the thread diameter is reduced by 0.1 pitch, usually depending on the deformation of the material, and is 0.1 to 0.5 smaller than the thread diameter; 2. The number of thread processing feeds increases, the thread blade can be referenced. Read More

As we all know, most precision parts and automotive parts are produced with the help of CNC lathes, and there are many things to pay attention to during the CNC lathe processing process. Today I will introduce some operating skills to you. Program writing skills for CNC lathe processing Most companies with strong strength have high requirements for the accuracy of processing parts, so when processing and programming on CNC lathes, the following points should be considered: 1. Part processing order: Drill first and then flat (also It is to avoid shrinking the material during drilling); first perform rough processing, then fine processing (to ensure the precision of the parts); first perform large processing, and finally perform small processing (to ensure that the surface of the small tolerance specification table will not be cut, avoid Part deformation). 2. Determine the appropriate speed, cutting speed and cutting depth according to the hardness of the material: carbon steel materials are made of high-speed and high-speed cutting and a large cutting depth. For example: 1Gr11, choose S1600, F0.2, cut depth 2 Read More