Consumer Electronics - Others

QIANLI MEGA-IDEA Clone DZ03 Face ID Dot Matrix Programmer No dismantling repair instrument for iPhone X to 14 Pro Max face ID repair. Features: Clone-DZ03 programmer, repair face ID as easily as repair accessories, even a piece of cake for new beginners. Simple, as long as you know how to disassemble your phone. No difficulty, beginners can also repair FACE ID. Easy, repair the Id FACE as easily as changing accessories. Support a variety of flex cables with unlimited expansion. Support iPhone X/11/12 series flex cables, and other models will keep updating. Package includes: 1 x DZ03 Standard set: Host+Dot Matrix Module+battery Test Module 1 x Clone-DZ03 Host:Host+Dot Matrix Module 1 x Dot Matrix Flex Cable(Optional) Programmer QIANLI MEGA-IDEA Clone DZ03 Dot Matrix Repair Instrument Note: The flat cable supports IP X series, 11 series, 12 series, and other models are continuously updated. The flat cable is generally MEGA-IDEA, QIANLI device, QIANLI device (iCopy, Apollo, iD Face, etc.) Usage: 1. Download MEGA-IDEA computer software. 2. Plug the MEGA-IDEA Clone-DZ03 programming host into the dot-matrix activation board, connect the computer software "Megalda Assistant", and connect the matching power adapter to the DC interface on the activation board. 3. Connect the mobile phone to the computer, button the dot matrix module on the activation board and click to activate (at the same time, the dot matrix data will be backed up through the unique code of the mobile phone). 4. Remove the dot matrix module, buckle the corresponding type of flat cable, and write it into the bottom layer of flat cable data. 5. The flat cable is connected with the dot matrix module, and then connected to the programmer for testing. The data display is normal, and the face is successfully repaired after being loaded into the mobile phone.

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AY A108 Programmer BOX For iPhone 8-14 Pro Max Battery/Screen true tone/Face ID Repair. A108 programmer repair iPhone X-12 Pro Max Face ID without soldering. A108 BOX Restore programmer allows you to read and write information about Apple iPhone's battery, Face ID, and other data. The battery detection board and the dot projector detection board are compatible with our phone repair programmer. Note: A108 Programmer for iPhone X-12 Pro Max Face ID reapir without soldering flex cables, just replace the dot matrix flex cable directly. A108 BOX Multifunctional Restore Programmer For iPhone Compatible With Battery Repair/Face ID Fix Dot Projector Detection. Features: 1.Support battery data read and write, and Face ID fix. 2.The device function can be expanded via the online free firmware. 3.Repair the underlying data, accessories information won't be distorted. 4.Data cloud backup to prevent data loss. 5.Easy to use, multi-language support. Package Included: 1* A108 BOX Programmer 1* Manual 1* Battery Detection Module (Optional) 1* Dot Projector Detection Module (Optional) 6* Battery Tag-on Flex Cable (Optional) 7* Dot Projector Flex Cable (Optional) A108 5 in 1 package includes: 1X A108 Box Programmer 1X Handbook 1X Battery Detection Module 1X spot projector detection module 1X 7-11 series trueton screen repair module 1X Trueton 12-13 Series Screen Repair Module A108 full set included: 1X A108 Box Programmer 1X Manual 1X Battery detection module 1X spot projector detection module 1X 7-11 series trueton screen repair module 1X Trueton 12-13 Series Screen Repair Module 1X Battery Label Flex Cable 1X Dot Projector Flex Cable

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TBK-D201 Multifunctional Constant Temperature Soldering Iron Welder Station With smoke absorber fume extractor for mobile phone welding repair. Soldering iron with smoke purifier exhaust fan 2 in 1 machine for electronic mobile phone PCB chip welding repair. Features: 1. Activated carbon filtration, intelligent work dormant, work lighting. 2. Universal smoking pipe rotates 360 degrees at will. 3. Temperature control range: 0-450 celsius degree. 4. Microcomputer display， data is more intuitive. 5. Equipped with T12 lead-free soldering iron head, lead-free heating core, fast temperature rise, easy tinning and long service life. 6. Equipped with activated carbon smoke filter, work without pollution, protect health. 7. Heat insulating silica gel, which is anti scalding and anti slip. 8. With three hole lighting for clearer viewing. MACHINE Name: smoking thermostatic soldering iron Model: D201 Voltage: AC110-240V Power: 150W Temperature control range: 0-450℃ Control mode: knob adjustment Product size: 15*24*8.5cm Net weight: 1.4kg Product packaging: 32*37"13cm Gross weight: 3kg SOLDERLNG BIT Name: T12 soldering iron head Power: 72W Standard welding nozzle: I nozzle Heating core soldering iron head: Integrated Handle cable material: silicone Handlewirelength: 1.2cm

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What Are The Characteristics Of CNC Machine? Process concentration, automation, high flexibility, and strong capabilities are the characteristics of CNC machining. The process rules of prototype cnc machining and traditional machine tool machining are generally consistent, but there have also been significant changes. So what are the characteristics of shenzhen cnc machining? 1. Process concentration CNC machine tools generally have tool holders and tool magazines that can automatically change tools. The tool changing process is automatically controlled by the program, so the process is relatively concentrated. Process concentration brings huge economic benefits: 1. Reduce the floor space of the machine tool and save the workshop. 2. Reduce or no intermediate links (such as intermediate testing of semi- finished products, temporary storage and handling, etc.), which saves time and manpower. 2. Automation During CNC machining, there is no need to manually control the tool, and the degree of automation is high. The benefits are obvious. 1. The requirements for operators are reduced: a senior worker of an ordinary machine tool can not be trained in a short time, while a CNC worker who does not need programming has a very short training time (for example, a CNC lathe worker needs a week, and he can also write simple processing program). Moreover, the parts processed by CNC workers on CNC machine tools have higher precision and save time than those processed by ordinary workers on traditional machine tools. 2. Reduce the labor intensity of workers: CNC workers are excluded from the processing process most of the time during the processing process, which is very labor-saving. 3. Stable product quality: The processing automation of CNC machine tools eliminates human errors such as fatigue, carelessness, and estimation of workers on ordinary machine tools, and improves product consistency. 4. High processing efficiency: The automatic tool change of CNC machine tools makes the processing process compact and improves labor productivity. 3. High flexibility Traditional general-purpose machine tools have good flexibility, but low efficiency; and traditional special machines, although high in efficiency, have poor adaptability to parts, high rigidity and poor flexibility, making it difficult to adapt to the fierce competition in the market economy. Products are frequently modified. As long as the program is changed, new parts can be processed on the CNC machine tool materials, and the operation can be automated, with good flexibility and high efficiency, so the CNC machine tool can well adapt to market competition. 4. Strong ability Machine tools can accurately machine various contours, and some contours cannot be machined on ordinary machine tools. CNC machine tools are especially suitable for the following occasions: 1. Parts that are not allowed to be scrapped. 2. Development of new products. 3. Processing of urgently needed parts. Compared with traditional machine tool processing, CNC machining parts has changed a lot, and the efficiency has also been greatly improved, which is also the advantage brought by the continuous development of science and technology. If you want to know more details of features of cnc machine, please contact us.

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Physical vapour deposition, just PVD coating, as we usually call it, refers to vacuum ion plating and vacuum sputter plating; Generally speaking, ncvm coating refers to vacuum evaporation coating. The basic principle of PVD surface treatment is to vaporize the coating material under vacuum, and then deposit it evenly on the surface of the target part through electrons. The advantages of PVD are: good adhesion of coating (good mechanical properties), strong winding ability (adjustable target position and electroplating path), good coating quality (dense, uniform, high strength and long service life), simplified cleaning process (with cleaning function), and a wide range of plating materials (metal and non-metal can be plated). PVD Coating System custom pvd coatingpvd coating systempvd coating technology Does PVD Coating Wear Off? The wear resistance of PVD coating system is different with different electroplating materials. For example, the CRN coating on the surface of bearings and cutting tools has strong wear resistance and is not easy to wear off. Is PVD Better Than Stainless Steel? PVD Physical Vapour Deposition is a surface treatment process. PVD surface treatment aims to improve or improve the performance and appearance of metal surfaces, and cannot be compared with the performance of cheap CNC material. Types Of PVD Coating There are different types of PVD coatings that can be offered depending on the application requirements. Titanium Nitride (TiN), Chromium Nitride (CrN), Titanium Aluminum Nitride (TiAlN), Titanium Boron Nitride (TiBN) are some examples of PVD coatings. PVD Coating Advantages Physical vapour deposition coatings offer the following benefits: PVD surface treatment has high hardness (2400-4000 HV) (~ 80-90 HRc). PVD physical vapour deposition is high abrasion resistance. PVD metal coating is low friction coefficient (high surface lubricity) Reduced tool heating due to low thermal conductivity of PVD physical vapor deposition. Physical vapor deposition coating is well resistance to chemical environments PVD metal finish can increase surface quality of the machined parts Preventing the processed parts from adhering to the tool-mold surface No change in dimensions due to PVD coating thickness at micron level Decrease in tool cost per piece due to increased tool physical life Decreasing in workbench downtime periods since tool change frequency are decreased PVD surface treatment can obtain homogeneous coating thickness in each area PVD Coating Technology PVD coatings can be applied on components using different PVD technologies such as arc evaporation, magnetron sputtering to name a few. HEF specializes in plasma enhanced magnetron sputtering, CAM (coating assisted by microwaves) and modified arc evaporation coating technologies. PVD coating technology is the most important one of the methods in which hard ceramic coatings can be successfully applied on mold and tool surfaces. This PVD technology is based on the principle of ionic accumulation of materials under vacuum by being evaporated and/or sputtered on the surface, to which the coating is to be applied. PVD Coating Applications PVD coating can be found in a broad range of products. For example, PVD surface treatment is frequently used in architecture. There is a wide range of PVD coating applications, which is why it is commonly used in high-tech industries. Some of the industries and applications in which we have applied PVD physical vapor deposition coating include coating on composites for aerospace, titanium on medical implants and surgical tools, gold thin film to replace plating for electronics, non-metal, chemical resistant oxides for semiconductor parts and hard ceramic coatings for industrial tools.

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Electrophoresis metal coating can be called electrocoating, e-coating, electrophoretic painting, and probably a few other things. In any case, the parts are immersed in solution in an electrified tank containing the paint. Electrophoresis plating is drawn to the parts, where the addition or subtraction of electrons changes the paint from ions in solution to solid particles adhering to the parts in a manner analogous to electrophoresis metal coating. The electrophoresis paint covers every nook and cranny because as the high spots become electrocuted, they become insulated and divert the current to the low spots. Also, the electrophoretic painting is extremely thin. Where the parts are big and the process is automated, such as in the priming automobile bodies, the electrophoresis surface treatment can be quite expensive. But small setups for electrophoretic lacquering are not cost- prohibitive at all. Richconn as a professional electrophoresis coating service supplier in China, can provide you not only high-quality products but also considerate services at a reasonable price. Come and ask for more details. What Is Electrophoresis Used For? The electrophoretic coating is a coating method that utilizes an electric field to make particles such as pigments and resins suspended in the electrophoretic solution migrate directionally and deposit on the substrate surface of one of the electrodes. The electrophoresis process is safe and environmentally friendly; Complete coating (complete coating of the complex workpiece); Fine coating; is efficient; High utilization makes it widely used, such as electrophoresis surface treatment of metal (automobile) parts. Surface treatment of plastic machining services, etc. Electrophoretic Coating Process Benefits Because electrophoretic coating has many unique advantages over other blackening surface treatment processes (stability, friendly to the environment, friendly to people, etc.), it is especially suitable for mass workpiece treatment. Electrophoresis coating can ensure uniform coating thickness over all areas including sharp corners, recesses, cavities and areas that would be hard to reach with spray paint. Electrophoretic painting is water based and non-toxic Complete product paint coverage, no touch-up usually required. Electrophoresis surface treatment primers dry smooth and require little if any sanding or preparation prior to overcoating. Electrophoresis metal coating is useful for any aggressive environment eg marine, areas of industrial pollution, areas of high humidity. Electrophoretic Coating Process E-coat is otherwise known as electrophoresis coating. Electrophoresis plating refers to the high-tech process of using an electrical current to deposit a coating onto a component. Furthermore, the method works on the principle that “opposites attract” as the parts are positively charged. However, the solution is naturally negatively charged. Electrophoresis plating is widely used in a variety of industries. In addition, due to the controllability of thickness, it is ideal for the automotive sector. The electrophoretic painting process can be simply summarized in six steps: polish the surface until smooth, clean the surface, rinse, dip in a wetting agent, submerge in e-coating solution and finally cure the coating. How Thick Is Electrophoretic Painting? Our electrophoretic painting finish, normally is typically 10-25µm. Thickness can vary depending on the size and composition of each part, but uniform thickness is always guaranteed. Being only 10-25 µm, electrophoretic painting is the perfect choice for threaded components, or any parts where thickness tolerances are limited. We have about 200 sets of precision machining parts tools of various types, including 100 3 / 4 / 5-axis processing centres, 20 sets of testing equipment and more than 200 employees, including 70 operators over 5 years. There are 30 engineers, 12 technical backbones and 2 experts (scientific research professors in Colleges and universities), focusing on custom precision shenzhen cnc machining parts and precision CNC manufacturing and supporting CNC machining services.

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The characteristics of plastic cnc machining china material are defined by the melting point temperature (150 ° to 450 °) and the use environment (ordinary plastics and engineering plastics). When CNC is processing plastic products of plastic CNC service, the material deformation and the cooperation of tooling and fixture shall be considered, We have standard operating procedures for different materials, such as tool feed and machine speed, and fully consider the novelty of materials and processing efficiency. Among them, PC, PVC, and other low melting point materials can be used as common injection molding raw materials to process the precision plastic machining products we use daily, such as mobile phone shells, water cups, tableware, and so on, we are determined to provide high-quality china cnc machining plastic parts and cnc plastic machining services China for you, contact us! Different CNC Plastic Machining Materials Name of plastics Acronym (Amorphous) Subdivision model Name of plastics Acronym Subdivision model Operating temperature range (Semi-Crystalline) Compounds PBI U-60/U60CF, Statimax810, Statimax820 - 350°~500° Polyimide PI(Dupont Vespel) VESPEL-SP1, VESPEL-SP21, VESPEL-SP211, VESPEL-SP22, VESPEL-SP3 - Polyamideimide PAI PAI4203, PAI 4301, PAI 5530 - 180°~350° Polyetherimide PEI PEI 1000 PEI1010 Aromatic polyester PEEK/PEK/PK PEEK-1000, PEEK-HPV, PEEK-GF30, PEEK-CA30 Polyphenylene sulfone resins PPSU - Polyphenylene sulfide PPS A503, A504, A604, A310, A670, A660, A756MX02 Polysulfone PSU - Poly tetra fluoroethylene PTFE - Polycarbonate PC - Polyethylene terephthalate PET-P - 50°~180° PolyphenyleneOxide PPO/PPE - Polyacetal/Delrin POM POM-C/H POM-H+PTFE Polyacrylonitrile Acrylic - Polyamide PA PA6, PA66, PA1000 ultra-high molecular weight polyethylene UHMW PE - Acrylonitrile Butadiene Styrene ABS 777D, 777B, 758, 765B, 747, 757 Polypropylene PP M1600, M800E, J340, HJ730, K8303, K1011 Polystyrene PS - Low Density Polyethylene LDPE - Polyvinyl chloride PVC - High Density Polyethylene HDPE - Why Choose Richconn as Your CNC Plastic Machining Manufacturer? Richconn, as a CNC plastic machining factory, provides CNC plastic machining and plastic machining services to food manufacturing, instrumentation and materials handling industries. Our rapidly growing reputation has made CNC plastic parts our fastest-growing division. As a plastic machining services ltd, we employ the latest in CNC turning, milling, routing, cutting & associated machine and technology.

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CNC machining has not too many restrictions on CNC material list. Common plastics, metals, or special materials can be processed, but the processing difficulty is different, the selection of CNC machining cutting tools material and the processing parameters of machine tools are different, and the processing cost is different. In the process of design and R & D, many researchers will rely on experience to select the cnc machinig materials of parts, which is reasonable and avoids most mistakes. However, it will also make products without innovation and at a high cost, and become invariable and uncompetitive products. We have experience in processing product parts from all walks of life. Our company have a good understanding of the characteristics of various CNC materials for CNC machine tools materials. Among metals, aluminium alloy is the most suitable for machining, free cutting, and die steel, and tool steel is the most difficult. Ordinary plastics are easy to process, but deformation and other factors should be considered. The hardness and deformation of special plastics are different. R & D of CNC machining material and design need to comprehensively consider and select materials according to local conditions. We are not only an CNC machining supplier but also provide ODM services (including but not limited to design consulting services). CNC MATERIAL LIST CNC Plastic Machining Plastic plates, rods, and tubes on the market are formed by melting plastic particles through specific processes. At the same time, the materials also have corresponding characteristics, including melting point, tensile strength, rigidity, creep resistance, fatigue resistance, and impact resistance. Different materials are selected for processing according to different product requirements. Mental material for CNC machine processing, the main materials are iron, aluminum, copper, titanium, alloy steel, aluminum alloy, etc., and the processing technology mainly includes turning, milling, grinding, boring, and composite processing.​ CNC Metal Machining CNC machine tools controlled by computer (PLC) process metal raw materials. CNC Machining For Special Materials Special CNC machine tools materials are mainly our uncommon processing materials, which have the characteristics of high hardness, unsuitable for processing or deformation, such as tungsten steel, titanium alloy, etc. CNC Machining Materials Slection Guide A good product is the highest preferential treatment to most customers, and the goal of the product is our greatest pursuit. If you have a great idea (product) and detailed design, but you don't know how to choose the most appropriate CNC machining material for the parts in the product. Here, we will provide you with some help in CNC material selection. This information is also the key factor in our automotive CNC machining. Making the whole industrial chain supporting orderly will make a product shine. This guide will provide some CNC machine tools materials properties and processing elements so that you can choose the ideal material for CNC machine: Deeply summarize the product service environment, service life, performance, appearance requirements, and product market demand quantity; These factors will be your first step in choosing the right material for CNC machine. The use environment is an important factor to test the shenzhen cnc machining material of product parts. Temperature, humidity, pH, and their variation range are important considerations in the selection of cheap CNC material. Each material for cnc machine has a life cycle. The internal structure and external environment of the CNC machining materials will consume the natural color of the material, especially the moving parts such as gears, bearings, shafts, oil, and gas pressure cylinders, and so on. When selecting the part materials of these key parts, we should focus on the material characteristics to match the production requirements. Product performance and appearance are the most intuitive experience to reflect product quality. An excellent product must have excellent performance and exquisite appearance, ranging from aircraft to mobile phones. Finally, brand and quality enhance the value of the product.

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Based on the processing and manufacturing industry, continuous improvement and growth; The main businesses are small CNC and medium-sized CNC precision machining, CNC prototype machining, china cnc machining parts manufacturing, CNC automation equipment parts processing, machine tool mechanical gear customization processing, CNC aluminum plate processing and die steel, etc. Richconn uses CAD / CAM processing technology, precision testing instruments, and sound management process to provide customers with excellent manufacturing and prototype machining services. We have 50 FANUC and brother machine tools imported from Japan, with an accuracy of 0.003mm, which can produce various metal and non-metallic parts, threads, irregular shapes, and other parts. Before we use CNC machine tools, our employees are trained to be skilled through long-term training. At the same time, we reasonably arrange the length of time for our employees to operate the machine tools in terms of the company system. Monitor the status of operators at all times and limit employees in poor working conditions to prevent accidents and ensure worker safety. Check whether the moving parts are filled with lubricant before mechanical work. After oem cnc machining, run to check whether the clutch and brake are normal. Let the machine idle for 1 to 3 minutes. It is strictly forbidden to use in case of machine failure. Turn off the power switch for inspection if an abnormal sound or malfunction is found on the machine. Shut down the machine when it is resting and shutting down. Keep the machine in a stable standby state. Clean up the finished products, debris, and side materials on the post to ensure the cleanliness and safety of the workplace. Non-staff entry is strictly prohibited. Before all employees come to work, CNC China company needs to check whether the clothing meets the requirements of the job. CNC MACHINING TYPES CNC Turning CNC turning is a common basic precision cnc machining processing method. Its materials (rods or blocks) are fixed in the chuck and rotated. At the same time, the tool removes the materials in two axes to form the desired shape. After programming, the turntable with cutting tools moves to the processed material according to the control program and turns and subtracts the material, which can be processed very accurately. This process is called 'subtraction processing'. CNC Milling CNC milling is suitable for the processing of large quantities of special- shaped parts. The simultaneous processing of multiple parts can be realized by customizing tooling fixtures. By optimizing the program, the processing path of continuous multiple processes can be reduced and more efficient production can be realized. 4/5 Axis CNC Machining Different machines will choose multi axis CNC as the 4th axis CNC or 5th axis according to different functional requirements. OEM CNC Machining We operate almost every kind of CNC mill and turning centre, and pride ourselves on being able to machine whatever you need, from simple, ‘as- machined’ work holdings to complex, organic geometries with tight tolerances. On request, we can also produce custom CNC machining parts. Our OEM CNC machining parts can fully meet your demands with our high-quality control, fast speed and careful services. Why Choose RICHCONN as Your CNC Production Machining Company? Fast Lead Time-Not only do we have a precision digital machining services china platform that provides a faster ordering process, but we also own Chinese workshops and state-of-the-art machinery to accelerate the production of your prototype CNC machining or CNC machining parts.

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Electronics CNC Machining Our purpose is to provide customers with processing services of various testing fixtures, mold parts and non-calibrated parts for a long time, and provide customers with high-quality and cost-effective cnc electronics services. The CNC electronics industry has a variety of types and requirements: 1: Materials include aluminium, aluminium alloy, steel, alloy steel, alloy powder coating, titanium, copper, copper alloy, die steel, carbon fiber, ntpt, ABS, PC, PU, pum, peek, pet, etc. 2: Processing requirements range from low-grade it13 ~ it11 to medium-grade it10 ~ it9 and it8 ~ it7, high-grade it7 ~ IT6 and ultra- high-grade it5 ~ it2. As a cnc china company, we can offer sorts of cnc machining parts for sale, if you are interested, please leave us a message.

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Put the metal parts into the solution of NaOH, NaNO2 and other potions. At a certain temperature, the parts will react chemically to produce a thin blue (black) oxide film. Blackening can be divided into normal temperature blackening and high temperature blackening. Generally, the surface oxide film of normal temperature blackening is relatively thin, and the effect of secondary blackening is better. The blackening treatment temperature at high temperature is about 135 ° to 155 ° and the blackening effect is also the best. What Is Blackening For Metal? Metal blackening is a common CNC surface finish treatment process. The purpose of blackening is to prevent rust on the metal surface. There are two kinds of metal blackening: alkaline heating blackening and normal temperature blackening. The problem of checking the antirust effect may occur due to process problems in normal temperature blackening. How Do You Blacken Metal? The process flow of metal blackening is as follows: Degreasing: Boil the parts in degreasing solution for 20~30 minutes at 80~100 ℃. Cold water cleaning: rinse with flowing clean water. Pickling: wash with hydrochloric acid solution at room temperature for no more than 30 seconds. Blackening (put the blackening liquid in a stainless-steel container and heat the bottom with an electric furnace) Water washing: wash with flowing cold water or warm water for 30-60 seconds. Boiling water cleaning: 2-5 minutes. Saponification treatment: temperature 80~90°, time 2-3 minutes. Immerse in oil: immerse in transformer oil or spindle oil at about 80° for 1-3 minutes, and then the finished product is cleaned.

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We have 5 sets of 4-axis machining centers, 10 sets of 5-axis machining centers, providing an annual processing capacity of 100000 pieces. China 4 axis cnc machining, five axis CNC, processing parts from all kinds of screws, propellers (fan blades), precision gears and other complex products that need to be continuously positioned without replacing parts, especially large complex shapes parts. What is 4/5 Axis CNC machining? 4-axis CNC machining center and china 5 axis cnc machining center: the 4-axis CNC machining center is defined by adding a rotation axis to the traditional CNC machining center (3-axis). The rotation axis is composed of 4 axes by selecting any one of axis A, axis B, and axis C. The affordable 5 axis cnc machining center is composed of two axes selected from three axes. 4/5 Axis CNC machining Design Guideline 4Axis CNC Milling The China 4 axis CNC machining processing capabilities and scope that our company can provide are as follows: Material copper, aluminum, iron, plastic, alloy, etc item unit MODEL:50A MODEL:63A MODEL:80A Stroke X-axis MM 720 1,000 1,200 Y-axis MM 700 800 950 Z-axis MM 650 900 900 Table Pallet dimensions mm 500x500 630x630 800x800 Maximum loading mass Kg 800 1,200 1,600 Spindle taper ISO 7/24 Taper NO.40 ISO 7/24 Taper NO.50 ISO 7/24 Taper NO.50 Spindle speed min-1 8,000(OP:12,00/20,000) 6,000(OP:12,000/20,000) 6,000(OP:12,000/20,000) Feed rate Fast forward speed m/min 36 54 24 Cutting feed rate(Max) m/min 20 32 10 APC 2APC front swivel type 2APC front swivel type 2APC front swivel type ATC Number of tools stored BOOK 60 60 60 Machine Mass Kg About 12,000 About 18,000 About 20,000 5Axis CNC Milling The 5Axis CNC Milling processing capabilities and scope that our company can provide are as follows: Material copper, aluminum, iron, plastic, alloy, etc item unit MODEL:50A MODEL:63A MODEL:80A Stroke X-axis MM 720 900 1,200 Y-axis MM 850 900 1,000 Z-axis MM 850 900 1,050 A-axis - -90 -90 -90 B-axis - 360 360 360 Table Pallet dimensions mm 500x500 630x630 800x800 Maximum work size(Diameter x height) mm Φ750x700 Φ950x900 Φ1,200x1,000 Maximum loading mass Kg 650 700 1,200 Spindle taper ISO 7/24 Taper NO.50 ISO 7/24 Taper NO.50 ISO 7/24 Taper NO.50 Spindle speed min-1 12,000(OP:20,000) 6,000(OP:12,000/20,000) 12,000(OP:20,000) Fast forward speed XYZ axes m/min X:24 YZ:36 X:12 YZ:24 X:24 YZ:24 A-axis min-1 6 6 6 B-axis min-1 12 10 10 APC 2APC front shuttle (OP:6/8/10) 2APC front shuttle (OP:6/8/10) 2APC front shuttle (OP:6/8/10) ATC Number of tools stored BOOK 60 60 60 Machine Mass Kg About 18,000 About 25,000 About 30,000 What is the Difference Between 4/5 Axis CNC machining Compared with the ordinary CNC machining center (three-axis), the four-axis increases the angular rotation of parts, and the five-axis increases the functions of angular rotation of parts and angular rotation of tools (both slow linkage), so that the ordinary shenzhen cnc machining machine tool has the function of machining more complex parts. The main difference between them is that the complexity of processing parts is different. The range of five-axis processing is wider than that of four-axis processing. At the same time, the cost of five-axis processing is also higher. Generally, it is more suitable for use in the product sample stage. Five-axis processing includes Aeroengine Blades, shells, automobile, and shipbuilding industries. 5 axis CNC service is usually very suitable for extremely complex and strong parts that must be cast, such as parts with high relative accuracy and parts that cannot be clamped twice. Four-axis machining parts are usually parts that cannot be machined by ordinary three-axis CNC, such as turbine, vortex rod, fan blade, wave wheel, and other curved surface and groove machining. Applications of 4/5 Axis CNC machining The 4axis CNC center can adapt to the parts processing in the mold industry, automobile parts and wheel hub processing, automatic machining, and 4 axis machining is also widely used in aerospace and other fields. Industrial upgrading, intelligent manufacturing, unmanned factory and automatic assembly line are the most direct requirements of the processing and manufacturing industry for high-end machining machines. The application scenarios of four- axis and five-axis CNC processing are as follows: Aerospace industry: from Boeing 787 Aircraft propeller parts (titanium alloy or polymer materials), turbocharger (metal) parts, gearbox shell processing (casting), hydraulic system and component processing (casting), electromechanical component parts (metal), engine component processing (metal), landing gear assembly (integrated molding), UAV components (carbon fiber shell, propeller), etc. of Airbus A380 large aircraft.

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M-Triangel CP-301Mini Efficient Purification Fume Instrument Soldering Cleaner Fume Extractor Air Cleaner, M-Triangel CP-301 Desktop Smoking Welding Purifier fume extractor with clear cover for laser machines 110V/220V. Features: Small and exquisite: Small size, easy to carry and store. Lifetime warranty: We provide lifetime warranty for you. Variety of styles: Multiple functions, can be used to cut paper tape, glazes, etc. Reliable to use: Easy to use, fast and reliable to clean. Energy saving: High temperature resistance, low noise during operation, energy saving, high efficiency and convenient use. Ease of use: A practical and effective combination of smokers that may help prevent the Top quality: Brand new and high quality. Sharp blade: Three times quick cutting, easier to replace the damaged filter head, high efficiency and energy saving. Stability: The kit uses a special process that provides increases job site durability and stability. Wood: Wood burning kit can be used for the production and lighting of home, office, building or the vertical drawstring. Description: M-Triangel CP-301 is a portable Mini smoke purifier, which is suitable for fume filtration during electronic repair and soldering, and also for fume filtration during laser cutting. Installation is simple and convenient, without the need for alternative pipes, is conducive to a clean and beautiful working space. Triple filter design to ensure that the filter out the harmful substances in the smoke, to protect human safety. The pre-filter, medium-efficiency filter, and main filter can be replaced individually, extending the life of the main filter. Built-in air circulation filter to avoid indoor air/heating exhaust to the outside world, the real meaning To save energy, at the same time meet the national environmental requirements. High-power DC brushless motor, air volume, long life. Low noise design, strong absorption, high rotating speed Extension-type station design, air volume adjustable, directional duct adjustment, positioning freely. Product Parameters: Body size: 153*153*76.5 mm Power: 15W Interface diameter: 6 cm Air volume: 1.5 m³/min Net weight: 1.2KG Shipping weight: 4 kg Packing list: 1 x CP-301 Fume Extractor 1 x Fiber cotton 1 x Expansion tube 1 x Manual 1 x Transparent shield (optional)

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TBK-668 150W Mini Strong Suction Smoke Purifier for Mobile Phone Repair, High Power Smoking Instrument Strong Suction Electric Welding Fume Detoxification Laser Pumping Fan. Features: Super suction, efficient purification Multiple activated carbon filtration Vortex fan Small size and lightweight Integrated design of multiple filter elements, strong sealing Effectively eliminates harmful welding gases New light source design, more conducive to work Universal smoking pipe, no external support required Package includes: 1 x Smoke Purifier 1 x Power cable

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