CNC machines are incredibly complex, which requires skilled professionals to work on them. CNC programmer works to create program instructions for computers to control a machine tool and works with machinery which cuts raw materials into functional items. They are responsible for interpreting project blueprints, designing programs, and setting up machines to produce the products in the program. They should perform test runs and make adjustments until the result is perfect. CNC Programmers also should have the ability to manage tools, maintain machines, and train operators’ operating skills. Responsibilities for CNC Programmer Read technical drawings and set up the machines in accordance with these blueprints Use computer software to model cutting paths and program machines accordingly Choose processing tools according to different processing materials and determine processing parameters Complete the corresponding processing work according to the mechanical processing drawings and have the ability to analyze and solve problems Adjust machine cutting paths or settings to optimize production while maintaining quality Perform basic machine maintenance such as cleaning and sharpening Responsible for processing quality, processing efficiency, and cost control in the entire CNC manufacturing process Supervise the working environment of the CNC workshop, manage tools, maintain machines, and train operators’ operating skills Qualifications for CNC Programmer Must have CNC processing experience Must have strong attention to detail, be hard-working and responsible for work Be familiar with interpreting technical drawings and blueprints Master the processing characteristics, processing process and processing accuracy of the product Can work independently and closely follow directions Should

CNC is the abbreviation of computer numerical control machine tool, which is a kind of automatic machine tool controlled by program. The control system can logically process programs with control codes or other symbolic instructions, and decode them by the computer, so that the machine tool executes the prescribed actions, and the blanks are processed into semi-finished parts through tool cutting. A CNC machinist refers to a professional technical operator who is engaged in the development, programming, design, operation, and maintenance of CNC machine tools. The job responsibilities of a CNC machinist Compile the CNCprogram for the CNC machining of the product and ensure that the CNC program is correct. According to the production tasks, reasonablycompile the CNC program and arrange the CNC processing sequence program to ensure the CNC processing progress. Strictly control the surface finish and dimensional accuracy of CNC machining workpieces to ensure product quality. Timely follow up the workpiece processed by CNC to avoid the occurrence of errors. If an error occurs, it is necessary to negotiate with the designer and model maker to determine the correct and reasonable solution; Correctly manage computer graphics files to facilitate inspection and application by other operators or programmers. The job requirements of CNC machinist Proficient in engineering, numerical control and machining processes, etc. Familiar with the control system of CNC equipment Familiar with g code and m code in programming Familiar with programming and operation of various CNC systems With good mechanical drawing ability, can use 3D drawing modeling programming software well Rich experience in

Detailed advantages and disadvantages of 3D printing Detailed advantages of 3D printing Reduce the complexity of product manufacturing Unlike traditional manufacturing that uses molds, turning and milling and other mechanical processing methods to shape and cut raw materials to finally produce products, 3D printing converts three-dimensional entities into several two-dimensional planes, and produces by processing materials and superimposing them layer by layer. , Which greatly reduces the complexity of manufacturing. Expand the scope of manufacturing This digital manufacturing mode does not require complicated processes, large machine tools, or a lot of manpower. Parts of any shape can be generated directly from computer graphics data, so that manufacturing can be extended to a wider range and any shape can be manufactured. Shorten manufacturing time and improve efficiency It usually takes several hours to several days to manufacture a model by traditional methods, depends on the size and complexity of the model, while the use of 3D printing technology can shorten the time to several hours. Of course, this is also determined by the performance of the printer and the model, also it depends on size and complexity. Reduce the process of product manufacturing The net shape forming of the first piece is practiced, so that the amount of auxiliary processing in the later stage is greatly reduced, and the data leakage and time span of outsourcing processing are avoided. It is especially suitable for some high confidentiality industries, such as military industry and nuclear power. Promptproduction andmeet the individual needs of customers

3D Printing 3D printing is a kind of rapid prototyping technology. It is a technology that builds objects based on digital model files and uses bondable materials such as powdered metal or plastic to print layer by layer. 3D printing is usually done by using digital technology data printers. It is often used to make models in the fields of mold making and industrial design, and then gradually used in the direct production of some products. The technology is used in jewelry, footwear, industrial design, construction, engineering and construction, cars, aerospace, dental and medical industries, education, geographic information systems, civil engineering, guns, and other fields. How does 3D printing create value and profit There are many companies in the world that do 3D printing processing services, but few can rely on it to make money in China. On the one hand, because China’s traditional manufacturing industry is too mature and developed, the products produced by the new manufacturing method of 3D printing are temporarily not competitive with products produced by traditional technologies in terms of product performance and processing costs. On the other hand, although there are many practitioners in the 3D printing industry, there are very few people who can really play the potential of this technology’s huge added value. At present, only some giant companies in the world that have invested a lot in 3D printing technology research and development can create value through 3D printing, such as GE, Siemens, Airbus, BMW, Johnson and so on. The product value of these

In modern industrial manufacturing, the scope of application of CNC Machining is undoubtedly very huge, and it has its irreplaceable role and advantages in manufacturing. In recent years, with the development of 3D technology, 3D printing has also begun to penetrate into various production and manufacturing, and the advantages of 3D printing have continued to be reflected. It is necessary for us to understand the advantages and disadvantages of 3D printing, so as to better organize production and manufacturing, so that their respective advantages can be brought into play. 3D printer, also known as three-dimensional printer (3DP), is a kind of cumulative manufacturing technology, that is, a kind of machine of rapid prototyping technology. It is based on a digital model file and can be bonded with special wax materials, powdered metals or plastics. Materials, by printing layers of adhesive materials to create three-dimensional objects. At this stage, 3D printers are used to manufacture products. The technique of constructing objects by printing layer by layer. The principle of a 3D printer is to put data and raw materials into the 3D printer, and the machine will build the product layer by layer according to the program. The advantages of using 3D printer model production are obviously increased. Compared with the traditional manufacturing steps, the advantages are as follows: There is no additional cost for making chaotic objects. As far as traditional manufacturing is concerned, the more chaotic the style of the object, the higher the manufacturing cost. For 3D printers,

5 axis aluminum alloy cnc precision machining medical parts In the CNC machining process, the fixtures are the process devices used to quickly fasten the workpiece during machining, so that the machine, the tool, and the workpiece can maintain the correct relative position. Fixtures are indispensable parts in CNC machining. Driven by the development of machine tool technology in the direction of high-speed, high-efficiency, precision, composite, intelligence, and environmental protection, fixture technology is developing in the direction of high-precision, high-efficiency, modular, combined, universal, and economical. In a broad sense, any process in the processing process, a device used to quickly, conveniently and safely install a workpiece can be called a fixture. For example, welding fixtures, inspection fixtures, assembly fixtures, machine tool fixtures, etc. Among them, machine tool fixtures are the most common, often referred to as fixtures for short. What are the types of fixtures we use for CNC machining? Below is a detailed classification of fixtures by 3QMACHINING. General CNC machining fixture General CNC machining fixtures refer to fixtures that have been standardized and can be used to process different workpieces within a certain range. For example, three-jaw chucks and four-jaw chucks, top and core chucks on lathes; flat-nose pliers, indexing heads, and rotary tables on milling machines. They have great versatility and can be used to clamp different workpieces without adjustment or slight adjustment. This type of fixture has generally been standardized. Produced by a professional factory and supplied to users as machine tool accessories. dedicated CNC machining fixture The dedicated CNC machining fixture refers to the

cnc machining plastic products 3Q MACHINING is a top-quality CNC machining manufacturer in DONGGUAN, GUANGDONG, CHINA. We are working our best work for your custom plastic & metal machining parts from design drawing or sample to final shipment with fast delivery and low MOQ. We are using advanced technology and equipment to offer high precision for producing metal and plastic machining parts. In this article, We introduce eight categories of injection molds. Single parting surface injection mold When the mold is opened, the movable mold and the fixed mold are separated to take out the plastic part, which is called a single parting surface mold, also called a double-plate mold. It is the simplest and most basic form of injection mold. It can be designed as a single-cavity injection mold or a multi-cavity injection mold according to needs. It is the most widely used injection mold. Double parting surface injection mold The double parting surface injection mold has two parting surfaces. Compared with the single parting surface injection mold, the double parting surface injection mold adds an intermediate plate (also called movable gate plate, It is equipped with gates, runners and other parts and components required by the fixed mold), so it is also called a three-plate (moving plate, intermediate plate, fixed plate) injection mold, which is often used for single-type point gate feeding For injection molds with multiple cavities or multiple cavities, when the mold is opened, the intermediate plate is separated from the fixed template at a fixed

Can titanium be CNC machined? At present, many Machininery manufacturers have launched high-efficiency high-speed CNC machine tools for HEM-HSM cutting of large aluminum alloys CNC Machining and other light alloy materials. It is obviously inappropriate to realize HEM-HSM machining with difficulty to machine metal materials with high strength and high hardness like Titanium. Although it can also cut these hard alloy materials, its cutting efficiency is often unacceptable. The main reasons are: (1) As mentioned above, the machining of hard alloy materials such as titanium alloys requires large cutting force, or high torque spindles, and high-efficiency high-speed CNC machine tool spindles are typically used for HEM-HSM cutting of light alloy materials such as aluminum alloys. Most of the torque is less than 100Nm, generally not more than 200Nm, and it does not have the cutting ability for high-efficiency machining of hard alloy materials such as titanium alloys. (2) As mentioned above, the processing of titanium alloys and other hard alloy materials is usually only allowed to use lower cutting speeds, that is, only lower spindle speeds can be used, and the HEM-HSM cutting processing of light alloy materials such as aluminum alloys is typically used. The spindle speed range of high-efficiency high-speed CNC machine tools is not compatible with the requirements of the current titanium alloy processing technology. Therefore, it needs to special design and manufacture of many key CNC components such as the structure, rigidity, dynamic characteristics, spindle and coordinate drive, cooling system, tool interface, and control system of

3Q MACHINING is a top-quality CNC machining manufacturer in DONGGUAN, GUANGDONG, CHINA. We are working our best work for your custom plastic & metal machining parts from design drawing or sample to final shipment with fast delivery and low MOQ. We are using advanced technology and equipment to offer high precision for producing metal and plastic machining parts. In this article, we focus on some common problems and solutions of aluminum alloy parts processed by CNC wire cutting. When machining aluminum alloy parts by CNC wire cutting, there are often problems such as serious wear of the feed block, short circuit, wire breakage, processing track distortion, and workpiece deformation, and some directly cause the processed product to be scrapped.  The problem of wire-cutting aluminum alloy parts easy to break The reason why wire-cut aluminum alloy parts are easy to break When wire cutting aluminum alloy parts, because the material is relatively soft, chip removal is difficult, and aluminum alloy is very easy to form a hard oxide film at high temperatures. A large amount of aluminum oxide or aluminum scraps is easy to stick to the molybdenum wire, making the molybdenum wire and the feed block Deep grooves will soon be ground at the contact area. Soft aluminum and hard abrasive grains are mixed together and stuffed in the groove. Once brought in, the groove will be squeezed to death, and the wire will be jammed. Solution In view of the problem that the molybdenum wire is caught in the feed block and the molybdenum wire is

CNC programming means that the programmer (programmer or CNC machine operator) compiles a series of instructions that can be run on the CNC machine tool to complete the specified processing tasks according to the requirements of the part drawings and process documents the process of. Specifically, CNC machine tool programming is the entire process from the analysis of the part drawing and process requirements to the program inspection. There are two kinds of CNC programming essentials: manual programming and automatic programming. Manual programming refers to a programming process that involves manual completion of various steps including part pattern analysis, process processing, data planning, preparation of step lists, input steps to step verification. It is practically used for point processing or products with simple appearance and easy programming. Processes of Manual Program Cnc Machine Step 01: Analyze part drawings and process requirements: The purpose of analyzing the part drawing and process requirements is to determine the processing method, formulate the processing plan, and confirm the problems related to the production organization. The content of this step includes: Determine which type or machine the part should be processed on. Which fixture or method of clamping position is used. Determine which tool or how many tools to use for processing. Determine the processing route, that is, select the tool setting point, the starting point of the program (also known as the starting point of processing, the processing starting point is always coincident with the tool setting point), the tool travel route, and the