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Matters needing attention in processing various aluminum plates

According to the different processing technology, it can be divided into cold rolling and hot rolling.

According to the different thickness, it can be divided into thin plate and medium plate. In GB / t3880-2006 standard, the thickness less than 0.2mm is called aluminum foil. More commonly used brands: pure aluminum plate, strip. Foil. Thick plate, stretch tube. Squeeze the tube. Type. Great. Cold working bar is mainly used in the situation where high corrosion resistance and formability are required, but the strength requirement is not high, such as chemical equipment, marine equipment, railway tank car, conductive material, instrument material, welding rod, etc.

3003: plate and strip. Foil. Plate. Stretch the tube. Squeeze the tube. Type. Great. wire rod. Cold working bar, cold working wire, rivet wire, forging, heat sink material. It is mainly used for processing parts that need good molding performance, high corrosion resistance, or good weldability, such as computer gongs processing, Dongguan computer gongs processing, Shenzhen computer gongs processing, mechanical parts processing, Guangzhou computer gongs processing, or workpieces requiring both these properties and higher than 1 * * alloy strength, such as tanks and tanks for liquid transportation, pressure tanks, storage devices, heat exchangers , chemical equipment, aircraft fuel tank, oil duct, reflector, kitchen equipment, washing machine cylinder, rivet, welding wire. Aluminum clad 3003 alloy: plate, thick plate, stretch tube. Extruded tube plate, 3004, extruded pipe plate, etc. As long as the extruded tube is used in all aluminum can body, the requirements are higher than 3003 alloy parts, chemical products production and storage device, sheet metal processing parts, building baffle, cable duct, sewer, various lamp parts.

Aluminum clad 3004 alloy: plate, thick plate is mainly used for building partition, baffle, sewer, industrial plant roof 5052: plate, thick plate, foil, tensile pipe, cold working bar, cold working wire rod, rivet wire rod. This alloy has good formability, corrosion resistance, weldability, fatigue strength and medium static strength. It is used for manufacturing aircraft fuel tank and oil pipe , as well as the sheet metal parts of traffic vehicles and ships, instruments, street lamp bracket and rivet wire. 6061: plate, thick material, stretch tube. Extruded tube, bar, profile, wire, conduit, rolled or extruded structural section, cold worked bar, cold worked wire, rivet wire, forging. All kinds of industrial structural parts with certain strength, corrosion resistance and high weldability are required, such as pipes, bars and profiles used for manufacturing trucks, tower buildings, ships, trams, railway vehicles, furniture, etc.

According to the different metal elements contained in aluminum plate, aluminum plate can be divided into nine categories, that is, nine series. The following is a brief introduction.

1、 The 1000 series represents 1050 1060 1070 series aluminum plate, also known as pure aluminum plate. In all series, 1000 series belongs to the series with the most aluminum content. The purity can reach 99.00%. Because it does not contain other technical elements, computer gong processing | Dongguan computer gong processing | Shenzhen computer gong processing | mechanical parts processing | Guangzhou computer gong processing | so the production process is relatively simple and the price is relatively cheap, which is the most commonly used series in conventional industries. At present, most of the 1050 and 1060 series are in circulation in the market. The minimum aluminum content of 1000 series aluminum plate is determined according to the last two Arabic numerals. For example, the last two Arabic numerals of 1050 series are 50. According to the international brand naming principle, the aluminum content must reach 99.5%, and the top is the qualified product. China’s aluminum alloy technical standard (GB / t3880-2006) also clearly stipulates that the aluminum content of 1050 is 99.5%. Similarly, the aluminum content of 1060 series aluminum plate must reach more than 99.6%.

2、 2000 series aluminum plate represents 2A16 (Ly16) 2A12 (LY12) 2A06 (LY6) 2000 series aluminum plate is characterized by high hardness, among which copper element content is the highest, about 3-5%. The 2000 series aluminum plate belongs to aviation aluminum material, which is not often used in conventional industry. At present, there are few manufacturers of 2000 series aluminum plate in China. The quality cannot be compared with that of foreign countries. At present, the imported aluminum plate is mainly provided by Korean and German manufacturers. With the development of China’s aerospace industry, the production technology of 2000 series aluminum plate will be further improved.

3、 3000 series aluminum plate represents 3003 3003 3A21. It can also be called antirust aluminum plate. The production process of 3000 series aluminum plate in China is excellent. The 3000 series aluminum plate is mainly composed of manganese. The content is between 1.0-1.5. It is a series with good antirust function. Conventional application in air conditioning, refrigerator, car bottom and other humid environment, the price is higher than 1000 series, is a more commonly used alloy series.

4、 The 4000 series aluminum plate represents 4a01. The 4000 series aluminum plate belongs to the series with high silicon content. Generally, the silicon content ranges from 4.5% to 6.0%. It belongs to building materials, mechanical parts, forging materials, welding materials; low melting point, good corrosion resistance. Product Description: it has the characteristics of heat resistance and wear resistance.

5、 The 5000 series represents the 5052.5005.5083.5a05 series. 5000 series aluminum plate belongs to the common alloy aluminum plate series, the main element is magnesium, the magnesium content is between 3-5%. It can also be called aluminum magnesium alloy. Its main characteristics are low density, high tensile strength and high elongation. In the same area, the weight of aluminum magnesium alloy is lower than other series. Therefore, it is often used in aviation, such as aircraft fuel tank. It is also widely used in conventional industry. The processing technology is continuous casting and rolling, belonging to the hot rolling aluminum plate series, so it can do oxidation deep processing. In China, 5000 series aluminum plate belongs to the more mature aluminum

6、 The 6000 series represents 6061, which mainly contains magnesium and silicon. Therefore, it concentrates the advantages of 4000 series and 5000 series. 6061 is a cold-treated aluminum forging product, which is suitable for applications requiring high corrosion resistance and oxidation resistance. Good usability, excellent interface characteristics, easy coating and good processability. It can be used in low-pressure weapons and aircraft joints. 6061 general characteristics: excellent interface features, easy coating, high strength, good usability, strong corrosion resistance, computer gong processing in Dongguan, computer gong processing in Shenzhen, mechanical parts processing in Guangzhou. Typical uses of 6061 aluminum: aircraft parts, camera parts, couplers, ship accessories and hardware, electronic accessories and joints, decorative or various hardware, hinge head, magnetic head, brake piston, hydraulic piston, electrical accessories, valves and valve parts.

7、 7000 series represents 7075, mainly containing zinc. 7075 aluminum plate is stress relieved, and will not deform and warp after processing. All super large and super thick 7075 aluminum plates are detected by ultrasonic wave, which can ensure no sand hole and impurity. The high thermal conductivity of 7075 aluminum plate can shorten the forming time and improve the working efficiency.

Its main feature is high hardness, high strength aluminum alloy, which is commonly used to manufacture aircraft structure and futures. It requires high strength, strong corrosion resistance of high stress structural parts, mold manufacturing. At present, China’s production technology needs to be improved. Computer gong processing | Dongguan computer gong processing | Shenzhen computer gong processing | mechanical parts processing | Guangzhou computer gong processing (our company once had a foreign enterprise put forward the problem of uneven annealing of domestic 7075 aluminum plate, resulting in inconsistent surface and internal hardness of aluminum plate).

8、 The more commonly used 8000 Series is 8011, which belongs to other series. In my memory, the aluminum plate mainly used for bottle cap is also used in radiator, most of which are aluminum foil. Not very often.

9、 9000 series belongs to spare series, and science and technology is so developed now. In order to cope with the emergence of aluminum plate containing other alloy elements, the international aluminum plate and strip Federation specially indicates that 9000 series is standby series, waiting for another new variety to appear to fill the gap of 9000 series.

NC machine tool processing method

CNC machining classifies robots according to the motion track of CNC lathe

(1) Point control CNC lathe processing robot. The CNC lathe robot of CNC equipment can only control the moving parts of the lathe from one position to another accurately, that is to say, only control the value of the end of the travel coordinate, without any reduction in the process of moving, Computer gong processing, Dongguan computer gong processing, Shenzhen computer gong processing, mechanical parts processing, Guangzhou computer gong processing, the moving speed and path between the two related points depend on productivity.

In order to locate accurately on the basis of as high productivity as possible, the movement between the two related points is first to move quickly to the new position, and then slow down the 1-3 stage, let it slowly locate the point, so as to ensure its positioning accuracy.

(2) Point line control CNC lathe processing robot. This kind of NC lathe robot processing, not only to control the position between the two related points, but also to control the movement speed and route between the two related points.

Its route usually consists of straight lines parallel to each axis. The difference between the control and the point of NC lathe robot is that when the moving parts of the machine tool move, it can be processed along an axis direction (generally it can be cut at 45 ° oblique line, but not any slope linear cutting). The auxiliary function is the position control of the CNC lathe robot, for example, Improve spindle speed control, computer gong processing, Dongguan computer gong processing, Shenzhen computer gong processing, mechanical parts processing, Guangzhou computer gong processing, feed processing cycle, tool selection, and other functions.

(3) Contour control CNC lathe processing robot. The control device of this kind of CNC lathe can control two or more coordinate axes continuously at the same time.

In the process of machining, we should not only control the starting point and the end point, but also control the speed and position of each point in the whole processing process, so that the CNC lathe robot can process complex shaped parts according to the drawing requirements. Its auxiliary functions are also relatively complete.

CNC machining is classified according to CNC device

(1) Hard wire CNC lathe robot processing (commonly known as ordinary CNC, namely NC). The input, interpolation and control functions of the system are realized by integrated circuits or discrete components.

Generally speaking, CNC lathe robot is different, its control circuit is also different, so the universality of the system is poor, because it is all composed of hardware, so the function and flexibility are poor. This system was widely used before the 1970s.

(2) Flexible wire CNC lathe robot processing (also known as computer numerical control or computer numerical control, namely CNC or MNC). This system uses medium, large-scale and super large-scale integrated circuits to form numerical control equipment, or uses microcomputer and special integrated chips, such as computer gong processing, Dongguan computer gong processing, Shenzhen computer gong processing, mechanical parts processing, Guangzhou computer gong processing. Its main CNC functions are almost completely realized by software. For different CNC lathe robots, only different software needs to be compiled, And hardware is almost universal.

So it has flexibility and adaptability, and it is easy to produce in batch. The quality and reliability of the system are improved by modularization of software and hardware. Therefore, the modern CNC lathe robot all uses the numerical control device.

CNC machining is classified according to the process use

(1) General CNC lathe robot processing. Compared with the traditional lathe processing, this kind of NC lathe robot processing has CNC turning, milling, boring, drilling, grinder and other mechanical processing methods. The possibility of this kind of CNC lathe robot processing technology is similar to that of ordinary machine tools, but it can process complex parts.

(2) CNC lathe robot processing. This kind of NC lathe robot processing is developed on the basis of ordinary NC lathe robot processing.

In general, CNC lathe robot is equipped with a tool library (can accommodate 10-100). The equipment composed of cutting tools and automatic tool equipment uses automatic tools to change CNC lathe robot (also known as multi-step or boring and milling machining center, CNC lathe robot is usually called machining center), Computer gongs processing, Dongguan computer gongs processing, Shenzhen computer gongs processing, mechanical parts processing, Guangzhou computer gongs processing CNC lathes, robot processing development direction further automation and efficiency.

(3) Multi coordinate CNC lathe robot processing. Some complex shape parts can not be processed by three-dimensional CNC lathe, such as propeller, aircraft surface parts processing, need more than three-dimensional comprehensive movement to process the required shape.

Then the multi coordinate CNC lathe robot is used to process the robot. Its characteristics are that the number of control axes of CNC equipment is more, and the structure of lathe is also more complex. The number of coordinate axes usually depends on the processing technology requirements of the parts to be processed.

High gloss and high precision machining method

Machining surface roughness is one of the important marks to measure the quality of machined surface. It has a great influence on the wear resistance, corrosion resistance, fatigue strength and matching properties of parts. However, there are many factors affecting the surface roughness in machining. In order to achieve good surface roughness, we will learn what these factors are.

1、 The reason of rough machining surface

1. Residual area: residual area refers to the area that remains on the machined surface after cutting by the main and auxiliary cutting edges of the tool.

2. Scale: when high-speed steel cutter is used to cut plastic metal materials at low or medium speed, such as low-carbon steel, medium carbon steel, stainless steel, aluminum alloy, etc., fish scale like burr is often produced on the machined surface, which is called scale bone. The appearance of scale will increase the surface roughness of the machined surface significantly.

3. Scab: in the process of cutting, when a chip is formed, the protruding part can replace the cutting edge to cut into the workpiece by computer gong machining | Dongguan computer gong machining | Shenzhen computer gong machining | mechanical parts processing | Guangzhou computer gong processing. The grooves of different depths are drawn on the machined surface; when the chip accretion falls off, part of the accumulated debris adheres to the machined surface and forms Small burr will increase the surface roughness.

4. Vibration: in cutting process, due to the periodic vibration of the process system, the machined surface appears streaks or ripple marks, and the surface roughness value increases significantly.

Machining: all factors that affect the residual area, scale, scale and vibration affect the surface roughness.

1. Cutting parameters: feed rate has the greatest influence on the residual area. When the feed rate decreases, the residual area decreases.

When cutting plastic metal, when cutting speed is very low or high, the surface roughness value is small. The reason is that it is not easy to produce chip lump at low speed, and the plastic deformation decreases when cutting speed is high, which can eliminate the formation of scale. When cutting brittle materials, the influence of cutting speed is small, because the deformation of material is small, the surface roughness value also decreases.

2. Geometric parameters of tool: the radius of tool tip arc, main deflection angle and secondary deflection angle have great influence on residual area and vibration. Generally, when the radius of the tool tip arc increases and the main and secondary deflection angles decrease, the surface roughness value is small. However, if the machine tool stiffness is low, the tool tip arc radius is too large or the main deflection angle is too small, the vibration will occur due to the increase of cutting force, which will increase the surface roughness value.

3. Tool material: the size of the edge arc radius and the time to keep sharp are different with different tool materials. High speed steel cutting tools can be grinded very sharp, but the holding time is short, so the surface roughness value is small when cutting at low speed. After grinding, the radius of the edge arc is larger, and the surface roughness is smaller at high speed.

4. Workpiece material: when processing plastic materials, the lower the plasticity and the higher the hardness of the workpiece material, there will be scaling, scaling and hardening, and the surface roughness will be smaller. The surface roughness ratio of carbon steel is low after machining.

What is CNC unit center

The operation and monitoring of CNC machine tools are all completed in this CNC unit, which is the brain of CNC machine tools.

Compared with ordinary machine tools, CNC machine tools have the following characteristics: computer gong processing, Dongguan computer gong processing, high-speed computer gong processing, mechanical parts processing, computer gong processing

High machining precision and stable machining quality;

It can carry out multi coordinate linkage and process parts with complex shapes;

When the processing parts are changed, the CNC program only needs to be changed to save the production preparation time;

The machine tool itself has high precision and rigidity. It can choose favorable processing amount and high productivity (generally 3 ~ 5 times of ordinary machine tool);

High degree of automation of machine tools can reduce labor intensity;

The requirements for the quality of operators are higher, and the technical requirements for maintenance personnel are higher.

CNC machine tools are generally composed of the following parts:

The main engine is the theme of CNC machine tools, including machine body, column, spindle, feed mechanism and other mechanical components. It is a mechanical part used to complete various cutting processes.

CNC device is the core of CNC machine tool, including hardware (printed circuit board, CRT display, key box, paper tape reader, etc.) and corresponding software for inputting digital part program, Dongguan computer gong processing, high-speed computer gong processing, mechanical parts processing, computer gong processing, etc The transformation, interpolation and Realization of various control functions.

Drive device, which is the driving component of the executive mechanism of CNC machine tool, including spindle drive unit, feed unit, spindle motor and feed motor, etc. Under the control of the numerical control device, he realizes the spindle and feed drive through the electric or electro-hydraulic servo system. When several feed linkage, positioning, straight line, plane curve and space curve processing can be completed.

Auxiliary device, some necessary matching parts of index control machine tool, to ensure the operation of CNC machine tool, such as cooling, chip removal, lubrication, lighting, monitoring, etc. It includes hydraulic and pneumatic devices, chip removal device, exchange table, CNC turntable and CNC dividing head, as well as cutting tools and monitoring and detecting devices.

Programming and other auxiliary equipment can be used to program and store parts outside the machine.

Since the first CNC machine tool was developed by Massachusetts Institute of technology in 1952, CNC machine tools have been widely used in manufacturing industry, such as computer gong processing, Dongguan computer gong processing, high-speed computer gong processing, mechanical parts processing, computer gong processing, especially in automobile, aerospace and military industries. Numerical control technology has been rapidly applied in both hardware and software development.

Curved surface molding mold processing

When machining the surface of aircraft and automobile parts, impeller, computer gong, propeller and various curved surface forming molds, the CNC machining center can ensure the accuracy requirements of special-shaped parts and curved surfaces, and greatly improve the processing efficiency. Next, let’s take a look at how the CNC machining center processes the special-shaped parts and curved surfaces?

The key work of NC machining center to process the surface of these dissimilar parts is to work out a reasonable machining program and select a suitable cutting tool. The work of the latter is relatively simple and can be completed quickly according to the mold drawing and process requirements. The preparation of Engineering sequence is the most important part of the whole preparation work, and it is also the whole mold processing The most important and important job.

Through the application of UG software in recent years, Shandong Weiwei Heavy Industry Machine Tool Co., Ltd., a manufacturer of CNC machining center, has summed up a set of NC programming methods suitable for all kinds of complex surfaces according to the common technical difficulties in the manufacturing process. The process of computer gong machining includes: establishing mathematical model, determining machining coordinate system, planning cutter location source file, etc.

1、 Establish mathematical model

Before establishing the model, we should first consider the order and method of establishing the features of the model. What should be done first, what should be done later, what method should be used, and what kind of modeling function should be used. This relationship must be properly dealt with when building a mathematical model.

2、 Determine the machining coordinate system

The establishment of solid model is based on working coordinate system, while the generation of machining tool location source file of CNC machining center is based on machining coordinate system. The position of the coordinate origin of the machining coordinate system should be convenient for the processor to quickly and accurately set the tool and to facilitate the size calculation needed in the processing process.

3、 Planning tool location source file

According to the structural characteristics of different product profiles, we can select three processing modules with their own characteristics, such as plane milling, computer gong machining cavity milling and fixed axis contour milling, to plan the machining tool location source files of various types of surfaces.

In a word, we should grasp the application characteristics of each module flexibly according to the different mold surface and contour surface, so that we can process the satisfied products with high quality and efficiency through the CNC machining center.

NC Machining Technology

CNC machining mainly refers to the use of digital information recorded on the media to control the machine tool. Dongguan computer gong processing makes it automatically perform the specified processing tasks. NC machining can ensure the products to achieve high machining accuracy and stable processing quality; the operation process is easy to realize automation; the productivity is high and the production cycle is short; it can greatly reduce the process equipment to meet the needs of rapid product update; it is usually closely linked with CAD to realize the transformation of design ideas to final products.

In the whole CNC processing process, we should focus on the relationship between the processes and the significance of each step. In a broad sense, the whole process consists of product analysis, graphic design, process planning, path generation, path simulation, path output, processing and inspection.

1. Some specific product information should be obtained through product analysis.

2. Graphic design the design of graphics should be based on the detailed analysis of the products. Dongguan computer gong processing determines the type of graphics by analyzing the processing requirements, and draws them by graphics software.

3. In fact, the process of path generation is to realize the process planning through software, and optimize the tool path by setting parameters.

4. Process planning is based on the analysis of the appearance and processing requirements of the workpiece products in the early stage, so as to reasonably establish each processing step from the overall processing situation.

5. After the path simulation path is generated, we generally have no intuitive feeling about the performance effect of its final processing on the machine tool. Here we can check the possible problems through path simulation, thus reducing the actual processing scrap rate. The key point of undercut is to check whether the process is reasonable or not.

6. Path output path output is a necessary step for software design and programming to realize on the machine tool. Through the path output, the relationship between the two can be established by the intermediate reference. If you have a professional background in CNC, it can also be understood as the post-processing of tool path.

Characteristics of CNC machining machine parts

Advantages: 1. High reliability

The reliability of large-scale mechanical parts processing equipment is guaranteed by using highly integrated electronic components, chips and VLSI.

Many functions are realized by software, which reduces the number of hardware.

Rich fault diagnosis and protection functions of mechanical parts processing (mostly realized by software), which can reduce the frequency of system failure and repair time after failure.

2. Easy to use and maintain

Easy to operate and use: Dongguan computer gong processing users only need to follow the menu prompts, you can operate correctly.

Programming and simulation functions are convenient and automatic.

Convenient maintenance and repair: some daily maintenance work is carried out automatically (lubrication, regular inspection of key components, etc.), the self diagnosis function of CNC machine tool for machining mechanical parts can quickly realize accurate fault location.

3. Easy to realize mechatronics

The small volume of CNC system control cabinet (using computer, the number of hardware is reduced; the integration of electronic components is higher and higher, and the hardware is constantly decreasing), which makes it possible to combine it with machine tool in physics, reduce the floor area and facilitate operation.

4. Flexibility and versatility

The functions of Dongguan machine parts processing device are mostly realized by software, and the software and hardware adopt modular structure, which makes the modification and expansion of system functions more flexible.

The basic configuration of Dongguan machine parts processing device is universal. Different CNC machine tools only configure corresponding specific function modules to achieve specific control functions.

5. Rich CNC functions

Interpolation function: quadratic curve, spline, spatial surface interpolation

Compensation function: motion precision compensation, random error compensation, nonlinear error compensation, etc

Man machine dialogue function: dynamic and static tracking display of processing, advanced man-machine dialogue window

Programming function: G code, basket chart programming, partial automatic programming function.

CNC machining and programming

Advantages: 1. High reliability

The reliability of large-scale mechanical parts processing equipment is guaranteed by using highly integrated electronic components, chips and VLSI.

Many functions are realized by software, which reduces the number of hardware.

Rich fault diagnosis and protection functions (mostly realized by software) can reduce the frequency of system failure and the repair time after failure.

2. Easy to use and maintain

Easy to operate and use: Dongguan computer gong processing users only need to follow the menu prompts, you can operate correctly.

Programming and simulation functions are convenient and automatic.

Convenient maintenance and repair: some routine maintenance work is carried out automatically (lubrication, regular inspection of key components, etc.), and the self diagnosis function of CNC machine tool can quickly realize accurate fault location.

3. Easy to realize mechatronics

Numerical control system control cabinet small size mold processing (using computer, the number of hardware is reduced; the integration of electronic components is higher and higher, and the hardware is constantly reducing), which makes it possible to combine it with machine tool in physics, reduce the floor area and facilitate operation.

4. Flexibility and versatility

Most of the functions of Dongguan Mechanical parts processing device are realized by software. The modular structure of software and hardware makes the modification and expansion of system functions more flexible.

The basic configuration of Dongguan machine parts processing device is universal. Different CNC machine tools only configure corresponding specific function modules to achieve specific control functions.

5. Rich CNC functions

Interpolation function: quadratic curve, spline, spatial surface interpolation

Compensation function: motion precision compensation, random error compensation, nonlinear error compensation, etc

Man machine dialogue function: dynamic and static tracking display of processing, advanced man-machine dialogue window

Programming function: G code, basket chart programming, partial automatic programming function.

CNC processing and maintenance

1. Before machining in each program, it is necessary to strictly confirm whether the tool is consistent with the program.

2. When installing the tool, it is necessary to confirm whether the length of the tool and the selected tool holder are suitable.

3. It is forbidden to open the door when the machine tool is running to avoid flying knife or workpiece.

4. In case of knife collision during the processing of computer gongs, the operator must stop immediately, such as pressing the “emergency stop” button or “reset key” button or setting the “feed rate” to zero.

5. In the same workpiece, each tool setting should be kept in the same area, so as to ensure the accuracy of the tool when connecting the tool, and the operation rules of CNC machining center.

6. If too much machining allowance is found in the machining process, the “single section” or “pause” must be used to clear the X, y, Z values, and then manually mill them off, and then swing back to the “zero” to let them run by themselves.

7. During self operation, the operator shall not leave the machine tool or regularly check the operation status of the machine tool. If it is necessary to leave midway, relevant personnel must be designated to check.

8. Clean the aluminum slag in the machine tool before the smooth knife oil injection to prevent the aluminum slag from absorbing oil.

9. Try to blow with air in the rough opening procedure and spray oil in the light knife program.

10. After the workpiece is off the machine, the burr must be removed in time.

11. When off duty, operators must make timely and accurate handover to ensure the normal follow-up processing.

12. Before shutdown, make sure that the tool magazine is in the original position and the XYZ axis is in the middle position. Turn off the power supply and the general power supply on the operation panel of the machine tool in turn.

13. In case of thunderstorm, the power supply must be cut off immediately.

In addition to the above points, there are many things that we need to pay attention to from time to time. The system should pay attention to, and the machine should also pay attention to maintenance. In fact, most of the time, the machine will break down, to a large extent, and the user’s operation is improper. We do not pay attention to check the machine before starting up, and do not warm up. Some companies have long been in the dark and humid environment because of the bad environment In fact, if we deal with these problems in time, the service life of our machine will definitely be much longer. The machining accuracy and performance of the machine will be as new as before, and the loss will be greatly reduced, and the replacement frequency of parts and components will be greatly reduced It saves a lot of time and cost

If there is any abnormal phenomenon in the operation process, please contact the manufacturer in time to avoid unnecessary loss.

Advantages of CNC machining

CNC computer gongs processing refers to the processing with CNC tools.

1. The accuracy of the work is relatively high, and the quality of the processed products is guaranteed.

2. Even if there are multiple coordinates, there is no need to worry, because it can realize the linkage between the coordinates, and can process parts with complex geometry structure.

3. It is necessary to replace the processed parts, but only need to change the relevant data to realize the work and simplify the work

4. Because the computer gong is automatic, it can reduce the labor force and increase the productivity.

The use of integrated electronic components, chips and VLSI is the guarantee of the reliability of large-scale mechanical parts processing equipment. Many functions are realized by software, which reduces the number of hardware. Rich fault diagnosis and protection functions (mostly realized by software) can reduce the frequency of system failure and the repair time after failure.

2. Computer gong processing, easy to use and maintain

Easy to operate: users only need to follow the menu to operate correctly. Convenient programming: it has a variety of programming functions, automatic program verification and simulation functions. Convenient maintenance and repair: some routine maintenance work is carried out automatically (lubrication, regular inspection of key components, etc.), and the self diagnosis function of CNC machine tool can quickly realize accurate fault location.

3. Computer gong processing is easy to realize mechatronics

The small volume of CNC system control cabinet (using computer, the number of hardware is reduced; the integration of electronic components is higher and higher, and the hardware is constantly decreasing), which makes it possible to combine it with machine tool in physics, reduce the floor area and facilitate operation.

4. Flexibility and versatility of gongs

Most of the functions of mechanical parts processing device are realized by software, and the software and hardware adopt modular structure, which makes the modification and expansion of system functions more flexible. The basic configuration of mechanical parts processing device is universal. Different CNC machine tools only configure corresponding specific function modules to achieve specific control functions.