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This machine tool is a good teaching material for a large brand machining center to learn the technical concept of sheet metal design specifications (the only disadvantage is that American standards and American part batch numbers are used on the design drawings)
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Workbench: 1300 * 600X, Y, Z Stroke: 1000 * 750 * 600 Spindle specification: BT50 * 190 Spindle speed: 6000rpm Spindle end face to column guide rail distance: 332 Spindle center to workbench distance: 190-940T slot: 5-18 * 120X/Z-axis ball screw specification: 4010; Specification of Y ball screw: 5010 Bearing capacity of workbench: 800kg
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This drawing is the general drawing of the horizontal machining center fixture for the engine camshaft cover, and the fixture positioning is reasonable. All are clamped by special hydraulic clamping cylinder. The fixture has a pre support mechanism to ensure convenient manual loading. This set of fixture is installed on the horizontal machining center of the cutter, which mainly processes the upper plane and the holes on the plane, with high processing efficiency. It is very suitable for multi sequence machining. Welcome to download. The local STP format is available for other 3D software to open
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This design is a lathe cross feed system design, which includes three-dimensional parts and three-dimensional assembly. It is in strict accordance with the mechanical design requirements, with reasonable design, beautiful layout and clear details. Its 3D software is solidworks
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The design of engine cylinder block processing technology and fixture This design is based on the processing technology of 4F cylinder block parts and the special fixture design of some processes. The main machining surfaces of 4F cylinder block parts are planes and holes. Generally speaking, it is easier to ensure the machining accuracy of the plane than that of the hole system. Therefore, this design follows the principle of "face first, then hole". The machining of holes and planes is clearly divided into rough machining and finish machining stages to ensure the machining accuracy of holes. The support holes of the input shaft and output shaft of the 4F cylinder block are used as the coarse datum, and the top surface and two process holes are used as the fine datum. The main processing procedures are arranged first
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Horizontal machining center rotary table with lifting door, Fanuc operating system, chip removal machine, model parts have all been converted into sheet metal parts! It is convenient for automatic expansion, and the parameters are adjustable. Install 40 knives, BT type, the maximum length of the knife is 350, the size of the casting polishing machine is 4306 * 2689 * 2482, and the 3D model of the sheet metal with the shield includes the part drawing and assembly drawing of the SW2016 version. This model can be used for reference design of various machining center parts. The model is easy to modify. Welcome to download and learn
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H500 horizontal machining center (direct connection center water outlet), a set of three-dimensional drawings, including detailed drawings of spindle, tool magazine, turntable, and drawings of five major and small parts of optical and mechanical equipment. STEP format! The main shaft is Luoyi direct connection central water outlet main shaft and horizontal main shaft
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Mazak horizontal machining center-FH8800, this model solidworks2020 design modeling, no parameters, editable. This is the Japanese Mazak horizontal machining center-FH8800, multi exchange workbench, three-axis plus one turntable, which is mostly used to process box type parts. One clamping can process four sides. If you like, please download and learn. There are files in general format. The switch workbench structure is worth learning
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The maximum machining diameter of the lathe bed is 320 mm, the maximum machining length is 1500 mm, and the pulse equivalent in X direction (transverse) is 0.005 mm. The maximum moving speed in X direction is 1500 mm/min, and the maximum working speed in X direction is 400 mm/min, and the positioning accuracy in X direction is ± 0.015 mm. The C6132 horizontal lathe is transformed into an economic CNC machine tool, After the transformation, it should have the following functions: thread processing function linear and arc interpolation function control system adopts MCS-51 series single chip microcomputer
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Taiwan Dafro HBM-4 CNC horizontal boring and milling machining center, this model is modeled by SolidWorks 2015, without parameters and cannot be edited. The HBM-4 CNC horizontal boring and milling machining center adopts a special design of valve type and keel rib structure with high strength and rigidity, and is made of chrome nickel alloy steel. After tempering, rough and finish machining, carburizing, aging treatment and precision grinding, its hardness reaches HRC50 ° - 55 °, and its precision is high, rigidity is strong, and deformation is not easy. The main motor is a high-power motor with a maximum speed of 3000 RPM. After the main shaft is assembled, it is calibrated by dynamic balance test
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The intelligent tool magazine system of the log processing center includes the general mounting bracket, horizontal mounting plate, grooved wheel drive component, spindle, connecting disc, the first accommodating slot, clamp component, dust cover component, fixed dust cover, sliding dust cover, the first fetching slot, clamp starting component and saw blade storage component. The horizontal mounting plate and saw blade storage component are all set on the general mounting bracket, The sheave drive group includes a main shaft, a number of first receiving through slots are formed on the connecting disc, each group of fixture components are used to clamp the cutter, the dust cover assembly includes a sliding dust cover and a fixed dust cover with the first taking through slot formed, and the fixture starting assembly includes a starting device
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The design model of machining center is an automatic processing equipment developed on the basis of general milling machines. The processing technology of the two is basically the same, and the structure is also somewhat similar. NC milling machines can be divided into two categories: without tool magazine and with tool magazine. CNC milling machine with tool magazine is also called machining center
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The utility model relates to a tray exchange mechanism for a horizontal machining center, which can realize the exchange of trays by rotating a rotating plate, and does not need to set multiple exchange mechanisms, thereby reducing the production cost, and also making the staff not need to walk back and forth during the process of loading or unloading, thereby reducing the labor force of the staff and improving the production efficiency
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Demaj horizontal machining center DMC70HduoBLOCK, this model solidworks2016 modeling, no parameters, editable. DMC70HduoBLOCK? As an entry-level series machine tool, it is suitable for horizontal duoBLOCK? Processing category. The standard configuration meets all horizontal application ranges and ensures the best results in cutting aluminum and castings. The spindle speed of the standard motor can reach 10000 rpm and the torque is 286Nm, and the speed of 18000 rpm can also be selected
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Large horizontal drilling and milling integrated processing design: this equipment is composed of a clamping rotating spindle unit and a processing unit. The rotating spindle is driven by a belt, and the processing unit is powered by a servo motor, which can realize the two functions of milling and drilling. The upload format is X-T
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Functions and introduction of each key on the operation panel: 1. RESET (reset key): 2. Press this key to reset the CNC system. It includes canceling the alarm, resetting the spindle fault, quitting the automatic operation cycle halfway, and quitting the input and output process halfway. 3. CURSOR (cursor movement key): move the cursor to the editing position 4. PAGE (page conversion key): the display screen changes the page forward, and the display screen changes the page backward. 5. Address and number keys: Press these keys to enter letters, numbers and other characters
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This scheme is designed for multiple machining centers to automatically load and unload materials. Modern five axis robot THH50+walking axis (commonly known as the seventh axis) is used to simultaneously load and unload materials for four machining centers. Two position gripper is used to achieve high efficiency; The file is designed using solidworks2014, and contains step files. Welcome to download! thank you...
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This model is designed with SOLIDWORKS 2015 version. The 90 ° transmission gear shaft of horizontal machining and vertical machining centers is designed. The gear shaft refers to a mechanical part that supports rotating parts and rotates with them to transmit motion, torque or bending moment. It is generally in the shape of a metal rod, and each segment can have different diameters. The rotating parts in the machine are installed on the shaft. The model is realistic, without parameters, and can be modified. IGS and SOLIDWORKS 2015 are available for download. If you are interested, please download
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This design is a three-dimensional design of a five axis CNC machining center. Using the three-dimensional drawing software Solidwork2018, the five axis linkage machining center has the characteristics of high efficiency and high precision. The workpiece can be clamped once to complete the processing of pentahedron. This design has a five axis high-end CNC system, which can process complex spatial surfaces with high precision, and is more suitable for the processing of modern molds such as automobile parts and aircraft structural parts
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The fixture design of cover type vertical machining center is conducive to workpiece positioning, reducing positioning error, reducing cost, improving production efficiency, learning the positioning principle and design ideas of parts, and editing parameters
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Design model of machining center for shaft parts This is a CNC machining center transformed from a lathe, which is specially used for machining shaft parts. Wide range of processing performance, it can process linear cylinder, oblique cylinder, arc, various threads, grooves, worm and other complex workpieces, with linear interpolation, arc interpolation and various compensation functions, and has played a good economic effect in the batch production of complex parts. It does not contain parameters, but can be edited. It can be opened with SOLIDWORKS 2010, and draw good learning materials
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The BT40 machining center spindle design model receives power from the engine or motor and transmits it to the shaft of other parts. The main axis is also called "optical axis", which is the abbreviation of "main optical axis": the diameter with symmetry in the light fixture group. For example, the main axis of the spherical mirror is a straight line perpendicular to the mirror surface through the mirror surface center. The main axis of the lens or optical axis optical tool set is the connecting line of the centers of each mirror surface. (SW2010 drawing, not including parameters, but editable model)
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Five axis linkage machining center, also known as five axis machining center, is a machining center with high technology content and precision, which is specially used for machining complex surfaces. This machining center system has a decisive influence on a country's aviation, aerospace, military, scientific research, precision equipment, high-precision medical equipment and other industries. At present, the five axis CNC machining center system is the only way to solve the processing of impellers, blades, marine propellers, heavy generator rotors, steam turbine rotors, large diesel engine crankshafts, etc
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In this paper, a special CNC horizontal machine tool is designed for machining a large fixed pitch propeller with a diameter of 10 meters, so as to replace manual milling of the propeller interference area. First, determine the processing scheme of the propeller, select the layout of the propeller and the machine tool, and use the best scheme for processing. The second step is to design a horizontal machine tool for processing, and select the key parts of the machine tool. Set up the overall processing layout and elaborate the overall processing method. The third step is to create the kinematic model of the machine tool and verify the spatial accessibility to ensure that it meets the processing requirements
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This article mainly introduces the development of the long roll bandage transfer and feeding system, the structural design principle of the feeding device of the long roll bandage transfer and feeding system, the analysis and determination of the overall scheme of the feeding device of the long roll bandage transfer and feeding system, the drawing of the mechanical drawings included in the structural design of the feeding device of the long roll bandage transfer and feeding system, the calculation of the feeding device, Conclusions and suggestions on the structural design of the feeding device. The whole machine structure is mainly powered by the motor and transmitted to the belt pulley, which drives the transmission shaft, thus driving the movement of the whole machine device. It can replace the heavy labor of human hands, significantly reduce the labor intensity of workers, improve the labor conditions, and improve the labor productivity
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Horizontal internal hole finishing milling and boring equipment: place the product in the middle, and rotate the drill bit to mill the hole through the left and right traverse devices. The internal structure is clear, and the structure has been determined, which is only for download and learning! Can be downloaded
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Calculate the heat exchange gas foundation and horizontal tank foundation
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Hydraulic course design: this machine tool is used to process the hole system of cast iron box parts. The total weight of moving parts is G=10KN, the mechanical efficiency of the hydraulic cylinder is 0.9, the maximum cutting force during processing is 12KN, and the working cycle is: "fast forward → work forward → dead stop iron stay → fast backward → home stop". The stroke length is 0.4m, and the process stroke is 0.1m. The fast forward and fast backward speed is 100 mm/s, the working speed range is 3~5 mm/s, the flat guide rail is adopted, and the starting time is 0.2 s. It is required that the power components can be adjusted manually, and the fast forward to work forward is stable and reliable
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HAAS VF-4 vertical machining center spindle system: the lower part is equipped with a drive clamping fixture, and the upper part is equipped with a spindle for processing. The drawing has entities, and the drawing has entities. The structure is novel, and the internal structure is clear. Thank you for downloading
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The efficient and continuous cooling spindle system of the machining center includes a vertical mounting plate, a bearing seat device, a temperature exchange box, a first conveying component, a wind direction control device and a second conveying component. The vertical mounting plate and the bearing seat device are fixed on the bearing of the spindle, and the temperature exchange box is used to reduce the fluid temperature, The first delivery component sends the lubricating oil used to cool the outer ring of the bearing to the shaft seat device. Both groups of wind direction control devices are used to control the flow of cooling air. The second delivery component sends the cooling air used to cool the ball and the inner ring of the bearing to the two groups of wind direction control devices. The lubricating oil cools the outer ring of the bearing through the annular groove. The lubricating oil can also play a role of lubrication
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The transmission is an important part of the power transmission system of traditional vehicles and hybrid electric vehicles. The performance of the transmission has an important impact on the power, economy and comfort of the whole vehicle. In recent years, with the substantial increase in car ownership, the sharp increase in the number of inexperienced drivers and the rising price of oil, the energy crisis seems imminent, and people urgently need a car that is easy to operate, energy-saving and environmentally friendly. The vehicle with automatic transmission makes the driver no longer use the clutch pedal as frequently as the vehicle with manual transmission, and has many advantages such as convenient operation, stable starting, good riding comfort, etc
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A detailed design model of horizontal machining machine tool (SolidWorks+IGS), the tool change system includes horizontal disc tool magazine, manipulator and machining center spindle; The machining center machine tool uses the intersection point of the axis lines of the longitudinal and latitudinal turntables as the processing origin to improve the machining accuracy of the horizontal special machining center machine tool
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For the hydraulic system design of a double-sided drilling modular machine tool, in addition to meeting the requirements of the host in terms of action and performance, it must also comply with some recognized general design principles, such as small size, light weight, low cost, high efficiency, simple structure, reliable work, easy use and maintenance, etc. The design of hydraulic system is mainly to determine the hydraulic working scheme, hydraulic flow, pressure, hydraulic pump and other related components based on known conditions. As an efficient special machine tool, modular machine tools are widely used in mass machining production. This design will be based on the hydraulic system of the modular machine tool power slide
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Transmission design model of pneumatic and electric feed system This is a design model diagram of pneumatic and electric feed system. It is an automatic control system that takes the position and speed of moving parts as control variables. It is a typical mechatronics system, mainly composed of position control unit, speed control unit, drive element (motor) The detection and feedback unit and the mechanical execution part are composed of several parts. The overall structure design is very good, you can download and learn the application of design ideas, a very good model
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The drilling fixture of the machining center adopts the hydraulic cylinder mode to automatically clamp and improve the working efficiency. The fixture is composed of positioning part, clamping device, tool setting part, connecting element and specific clamp (fixture base). (1) Check whether the limit size is still in the correct position before use; (2) If the positioning tooling is severely worn, the positioning element can be replaced to ensure accurate positioning; (3) Anti rust oil shall be applied after use
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The design model of large vertical machining center (machine tool) is developed from NC milling machine. The biggest difference between the NC milling machine and the machining center is that the machining center has the ability to automatically exchange processing tools. By installing tools for different purposes on the tool magazine, the machining tools on the spindle can be changed through the automatic tool change device in one clamping process to achieve multiple processing functions. It does not contain parameters, but can be edited. It can be opened with SOLIDWORKS 2010, and draw good learning materials
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Numerical control machining refers to a process method of machining parts on CNC machine tools. Generally speaking, the process procedures of CNC machine tools and traditional machine tools are the same, but there have also been significant changes. A machining method that uses digital information to control the displacement of parts and tools. It is an effective way to solve the problems such as variety of parts, small batch, complex shape, high precision and high efficiency and automatic processing. (SW2010 drawing, not including parameters, but editable model)
