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Double Exchange Table Horizontal Machining Center JH5
JH5, a domestic horizontal machining center with double exchange worktables, continues the consistent core advantages of Muye equipment, deeply integrates the three characteristics of "high rigidity, high stability and high durability" into the product gene, provides core support for enterprises in the market competition of multi-varieties and fast delivery, and helps parts manufacturing enterprises to cope with the production challenges of rapid changes in the market. JH5 is suitable for a variety of processing scenarios, which can not only be suitable for mass production scenarios, meet the large-scale processing needs of parts suppliers, but also for complex parts processing tasks in the field of general engineering machinery processing.
High Performance 5-Axis Vertical Machining Center DA500
Makino DA500 machine tool is a high-performance 5-axis vertical machining center, designed to improve the productivity and accuracy of parts processing, which can achieve agile feed axis movement and efficient processing. Processing advantages 1 Efficient machining: Makino DA500 can significantly reduce various non-cutting time, including spindle acceleration, positioning, tool change, tool breakage detection and pallet change time, thus improving the overall machining efficiency. 2. High-precision machining: By using advanced control technology and high-precision sensors, the machine tool can achieve micron-level machining accuracy and meet the machining requirements of high-precision parts. 3 Flexibility: The machine tool is equipped with a wealth of optional specifications and equipment, which can be customized according to the specific needs of customers, such as pallet magazine specifications, turntable functions, etc., to enhance the flexibility and adaptability of processing. Field of application Makino DA500 machine tool is widely used in semiconductor equipment, medical, aerospace, automotive parts and other high-precision, high-efficiency processing fields. Its excellent processing performance and flexibility enable the machine to meet the processing needs of complex parts and improve production efficiency and product quality. In addition, the machine tool is also suitable for occasions requiring rapid production change and processing of various workpiece sizes, which is helpful for enterprises to improve overall production efficiency and competitiveness.
High precision EDM machine EDAF2i ULTRA
EDAF2i ULTRA is the latest high-precision CNC EDM machine tool launched by Makino Machine Tool. It uses Makino's newly developed micro-EDM control circuit and marble worktable to release powerful machining performance and improve the quality and efficiency of EDM surface to a new height. Processing advantages: Vdi grain surface uniformity, connector corner clearing and melting, electrode loss control, processing efficiency, etc. Applications: ultra-precision connector industry, medical industry, IC packaging industry and other industries with higher requirements for EDM
Machining center for recut die blank VMC-1175BL3
The whole machine takes heavy cutting and rigid processing as the basic design starting point, super rigid structure and large torque heavy load spindle, 1175BL3 can achieve efficient deep cutting and strong cutting, greatly improve the processing efficiency of mould and mould blank, and win the delivery time.
High Speed Parts Machining Center VMC-V855H
And has that characteristic of high feed speed and high rotate speed efficiency. Applicable to complicate, multiple working procedure and various cutting tools and tooling, A part that has been processed into a batch. It mainly processes boxes, complex surfaces, special-shaped parts, discs, sleeves and plates, which are widely used in electronics, machinery, automobiles, automation, medical treatment, national defense and other fields. Faster, more refined, more economical, cost-effective choice for high-end mold manufacturing
Precision 5-axis machining center V550-5AX
Five axes of Zhilian create infinite effects. A benchmark for integrated solutions for complex parts. According to the five-axis linkage machining center, the machining of five surfaces can be completed by clamping a workpiece once, and meanwhile, the running precision and rigid cutting are more stable, so that the machining efficiency and the machining precision are greatly improved. To meet the automotive parts mold, impeller, blades and other complex parts processing. Widely used in aviation, aerospace, automobile, mold, precision medical equipment, shipbuilding, textile and other manufacturing industries. It plays an irreplaceable role in aviation, aerospace, military, scientific research, precision instruments, high-precision medical equipment and other industries.
CNC DIE SINKING EDM MACHINE A45
CNC450 MIRROR EDM MACHINE
CNC850 DIE SINKING EDM MACHINE
High precision, high finish, high efficiency and low loss CNC multi-axis linkage bullhead mirror spark machine
H45 CNC DIE SINKING EDM MACHINE WITH AUTO CONTROL FLUID LEVEL AND AUTO RISE AND DOWN WORKING FLUID SINK
High precision high finish high efficiency low loss automatic level control automatic lift oil tank CNC multi-axis linkage mirror EDM machine
Double tool magazine LJ-1270
LJ-1270B-2T vertical machining center with double tool magazines is a C-type vertical machining center designed by absorbing advanced technology at home and abroad. The main structure of the machine tool is composed of five castings: the bed, the slide, the worktable, the column and the headstock. The whole machine has high rigidity, good stability and high dynamic and static characteristics. The lathe bed is supported by large span, and the best anti-deformation structure of the casting is obtained according to the Bessel point physical anti-deformation principle. The fuselage design ensures the stability and rigidity of the mechanism through finite element analysis. The X/Y axis of the machine tool adopts high-precision heavy-duty roller linear guide rail, and the Z axis adopts rectangular hard rail structure, so the machine tool has good rigidity, small vibration and high precision during feeding. The machine tool adopts a shoulder-resistant tool magazine structure. The left and right shoulders of the column are equipped with two 32T disc-type manipulator tool magazines. The tool magazine support structure is reasonable and stable. The machine adopts high-performance CNC system, which can realize any three-axis linkage processing. It has the functions of drilling, boring, milling, expanding, reaming, tapping, linear interpolation, circular interpolation, spiral interpolation, three-coordinate linkage, etc. The product has wide application range and strong processing ability, and is suitable for heavy cutting processing. Widely used in mold, new energy, automotive, aerospace, electrical, instrumentation, textile, printing and other industries.
Milling and grinding machine XM-8016
The product can automatically suck the workpiece, automatically detect, automatically repair the grinding wheel, automatically set the tool, and automatically process. First milling, then grinding, the whole processing process is completed at one go, and two processes of milling and grinding can be completed on one machine tool, thereby reducing the processing cost and improving the product quality. To provide customers with a high-speed, high-precision, efficient choice.
Horizontal machining center WJ-800
The machine tool is equipped with a super-large inverted "T" type bed base, Y-axis integral double-layer wall moving column type, positive hanging headstock type casting structure, heavy duty heavy cutting, roughing and finishing tools, durable; In order to strengthen the function of roughing, the customized thickened spindle is equipped with a 30 KW high-torque motor, which is suitable for roughing and finishing of precision molds, engineering machinery, automotive power, locomotives, ships, marine engineering and other industries.
Robot Controller
Description: The BaoYuan R6800 Cartesian Robot Controller uses a digital communication interface to communicate with servo drives and I/O modules. All modules are fully integrated into the handheld control box, which significantly simplifies wiring complexity and enhances resistance to noise interference. Its patented mechanical design is resistant to drops and waterproof, allowing it to withstand harsh on-site environments. In addition, by providing a human-machine interface and secondary development capabilities for PLCs, it can meet the individualized product differentiation needs of customers.
Milling Machine Controller
Description: BaoYuan CNC offers a high-cost-performance series of precision milling machine controllers. The LNC series PC-Based controllers are CNC controllers developed by BaoYuan CNC through extensive R&D efforts and rigorous quality management. These controllers feature upgraded, faster processing cores, enhanced durable fanless designs, improved resistance to oil and dust, easy operation, comprehensive functionality, and high stability. They are suitable for milling machines and automated machinery.
Milling machine controller
Baoyuan CNC provides a series of precision milling machine controller products with high cost performance. LNC series PC-Based controller is a CNC controller obtained by Baoyuan CNC through investing a lot of R & D manpower and strict quality management. It upgrades the faster computing core, strengthens the durable fanless design, enhances the ability of oil resistance and dust resistance, and has simple operation, complete function and high stability. Suitable for milling machines and automatic machines and tools.
H400 turning-milling composite CNC lathe
H400 CNC lathe is a patented product of our company, with the patent number of ZL2018207776267. It is an integral asynchronous lathe head and ZL2018218955114 CNC lathe with direct-drive spindle. The CNC lathe adopts a semi-closed loop control CNC lathe system. The standard configuration is three-axis control C \ X \ Z \ Y \ A, the main machine adopts 30 ° inclined carriage, stepped rail layout, Z-axis pulley is triangular structure, and the carriage has strong rigidity. The spindle (C axis) is an integrated AC asynchronous servo motor directly driven by a non-transmission mechanism to realize position control and speed control. The spindle can realize rotary feeding, indexing and accurate stop. Spindle clamping is realized by using the hydraulic rotary cylinder to drive the three-jaw Chuck. X and Z are driven by ball screw and linear rolling guide. The guide rail is fully protected, and the feed motor is a 5-pair servo motor (23-bit encoder). The machine tool has good dynamic characteristics, high precision and strong rigidity. The acceleration and deceleration time of the spindle is short, the roughness of the machined surface can reach Ra0.8 or lower, and the gravity acceleration is as high as 0.8G.
H500 turning-milling composite CNC lathe
H500 CNC lathe is a patented product of our company, with the patent number of ZL2018207776267. It is an integral asynchronous lathe head and ZL2018218955114 CNC lathe with direct-drive spindle. The CNC lathe adopts a semi-closed loop control CNC lathe system. The standard configuration is three-axis control C \ X \ Z, the host adopts 30 inclined carriage, stepped rail layout, Z-axis carriage is triangular structure, and the carriage has strong rigidity. The spindle (C axis) is a direct-drive AC asynchronous servo spindle without transmission mechanism, which realizes position control and speed control. The spindle can realize rotary feeding, indexing and calibration. The clamping of the main shaft is realized by the three-jaw Chuck driven by the hydraulic rotary cylinder. X and Z are driven by ball screw, rolling linear guide rail; guide rail protection adopts full protection, carriage feeding adopts absolute value AC servo motor. The machine tool has good dynamic characteristics, high precision and strong rigidity.
H48 CNC lathe
H48 CNC lathe is a patented product of our company, with the patent number of ZL2018207776267-type integral asynchronous bed head and ZL2018218955114 CNC lathe with direct-drive spindle. The CNC lathe is equipped with five-axis (X/Z/C/A/B) semi-closed-loop control CNC lathe system as standard. The standard configuration is three-axis control C/X/Z, the host adopts 45 "inclined guide rail layout, and the X carriage is an integrated carriage. The X axis is in the same plane as the Z axis. The main shaft (C shaft) is an AC asynchronous servo main shaft directly driven by a non-transmission mechanism to realize position control and speed control. The main shaft can realize rotary feeding, indexing and accurate stop. Two shafts can be expanded on the carriage in the later period. Spindle clamping is realized by using hydraulic rotary cylinder to drive three-jaw Chuck or elastic Chuck to clamp the workpiece. The X. Z is driven by the ball screw and rolls the linear guide rail. The carriage can automatically eliminate the reverse clearance of the carriage by gravity. The guide rail protection adopts full protection and absolute value AC servo motor. The machine tool has good dynamic characteristics, high precision and strong rigidity.
Five-axis vertical machining center YHV320
A five-axis linkage vertical machining center is a high-end CNC machining equipment integrating high precision, high rigidity and high flexibility. Through the linkage control of X/Y/Z linear axis and a/C (or B/C) rotation axis, it realizes the continuous machining of multi-surface and complex curved surface under one-time clamping of workpiece, breaks through the processing limitation of traditional three-axis machine tools, and greatly improves the machining accuracy and production efficiency. It is the core processing equipment in the field of high-end manufacturing. Machine tool core characteristics 1. Five-axis linkage high-precision: equipped with high-precision CNC system, the rotating shaft adopts high-precision DD direct-drive dual-turntable structure, with positioning accuracy and repeated positioning accuracy up to micron level, which can accurately process complex space curved surface, inclined hole, chamfer and other features, and meet the precision processing requirements of high-end parts. 2. High-rigidity machine body design: The machine body and column are integrally cast with cast iron and subjected to aging treatment. The key components are designed with finite element optimization. The rigidity of the spindle and the worktable is reasonably matched, which can bear the load of heavy cutting and continuous processing, effectively suppress the processing vibration and ensure the quality of the processed surface. 3. High-efficiency processing performance: equipped with high-power, high-speed electric spindle, support constant power cutting, meet high-speed milling, drilling, boring and other multi-process composite processing; feed system uses high-rigidity linear guide/hard rail, fast moving speed and feed speed, greatly shorten the non-processing time. 4. Complete multiple processes by one clamping: it can realize the integrated processing of multiple processes such as milling, drilling, boring, reaming and tapping of the workpiece, reduce the clamping times, avoid the positioning error caused by multiple clamping, improve the overall processing accuracy of the workpiece, and save the cost and production cycle of the fixture. 5. High flexibility and intelligence: compatible with mainstream CAD/CAM software programming, support offline programming and online correction; equipped with automatic chip removal, high-pressure cooling, tool breakage detection and other functions, some models can be connected to the automatic production line (mechanical arm, material warehouse), to achieve unmanned continuous processing, adapt to multi-variety, small batch and large batch production needs.
Turn-milling compound YH6040L
Turn-milling machine tool is a high-end CNC machining equipment which integrates turning, milling, drilling and boring, tapping and other processes. It can complete the whole process of complex rotary parts through one-time clamping, greatly reduce the number of clamping, improve the processing accuracy and production efficiency, and is the core equipment of intelligent manufacturing and precision machining. Applicable industry • Automobile manufacturing: production of core components such as crankshaft, camshaft, gearbox gear shaft, new energy vehicle motor shaft, etc. • Engineering machinery: manufacture of hydraulic valve stem, pump shaft, engineering machinery connectors, etc. • Medical equipment: processing of precision shafts of surgical instruments and core rotary parts of medical equipment • Precision hardware: production of high-end fasteners, precision shaft sleeves, special-shaped rotary hardware Core machine features 1. Multi-axis linkage, composite processing: standard X/Y/Z/C axis, to achieve turn-milling process processing, can process cylindrical surface, plane, curved surface, thread, special-shaped groove and other complex structures 2. Once clamping, higher precision: reduce the positioning error of multiple clamping, better control of form and position tolerance, and meet the processing requirements of precision parts 3. Efficient integration, cost reduction and efficiency improvement: integrate the processing procedures of multiple equipment, shorten the production cycle by 30% -60%, reduce the land occupation and labor costs of equipment, and improve the automation degree of production line. 4. High rigidity structure, stable and reliable: the lathe bed adopts integral casting, with high-precision wire rail, strong vibration resistance, to ensure the stability of heavy cutting and long-term processing 5. Intelligent CNC, easy to operate: equipped with high-end CNC system, supporting CAD/CAM automatic programming, process simulation, tool life management, compatible with high-speed and high-precision machining instructions 6. Standard high-efficiency accessories: with high-pressure cooling, chip removal, tool magazine, can adapt to automatic feeding, truss manipulator, to achieve unmanned mass production 7. Suitable for a variety of materials: It can process steel, iron, aluminum, copper, titanium alloy, high-temperature alloy and other metal materials to meet the material processing needs of different industries.
High-speed vertical-horizontal integrated drilling and tapping machine YHV1170B
The high-speed vertical and horizontal integrated drilling and tapping machine is a high-end CNC machine tool that integrates vertical and horizontal processing. It is specially designed for the efficient and precise processing of complex parts. It adopts a high-rigidity bed structure and is equipped with a vertical spindle (Z2 axis) and a horizontal spindle (Z1 axis) in an integrated structure. Through the coordinated movement of the X/Y/Z axes and the continuous linkage of the vertical and horizontal spindles, it can achieve one-time processing of five-sided bodies, complex curved surfaces, and multi-position features, completely solving the problems of low efficiency and precision deviation caused by multiple clamping in traditional processing. Machine Characteristics 1. High-precision processing guarantee • Structural rigidity optimization: The machine body is made of high-strength Minahan cast iron, which is optimized through finite element analysis. It has strong anti-vibration ability and will not deform permanently. Combined with linear ball guides, it ensures smooth movement. • Spindle thermal stability: It adopts an oil-gas lubrication system to control the spindle temperature rise to less than 2°C. It is equipped with P4-level ultra-precision angular contact ball bearings to reduce vibration and thermal deformation during high-speed rotation, ensuring that the cylindricity error of deep hole processing (length-to-diameter ratio > 5) is less than 0.01mm. 2. High-efficiency production capacity • High-speed spindle configuration: The maximum spindle speed can reach 30,000 rpm, driven by a servo motor. The material removal rate is 3 to 5 times that of a traditional drill press, especially suitable for high-speed cutting of lightweight materials such as aluminum. • Ultra-fast tool change system: It is equipped with a servo arm-type tool magazine (capacity 21 tools), with a tool change time as low as 1.2 seconds. It supports seamless switching between drilling, tapping, and milling tools, enabling continuous multi-process processing. • Multi-axis linkage efficiency: The rapid displacement speed of the X/Y/Z axes can reach 60m/min, with an acceleration of up to 1.5G. Combined with the vertical and horizontal spindle switching mechanism, it can complete five-sided processing in one go, reducing clamping times by more than 80% and shortening the processing cycle by 40% to 70%. It is suitable for industries such as LED frames, automotive and parts, aerospace, molds, medical devices, and shipbuilding.
SDW Moving-column Moving-beam Gantry Processing Machine and Gantry Milling Machine
Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;
Moving column gantry machining center (SD series)
Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;
FDW fixed column moving beam gantry processing machine, gantry milling machine
Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;
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VBM-H800
Description: A high-end mold machine, designed for domestic mold processing. It is widely used for roughing and finishing operations in various mold products. The machine meets over 90% of the precision requirements for domestic molds and offers a high cost-performance ratio. With a large-span bed design, it not only ensures precision but also meets the rigidity demands of mold customers. The system features a 1-10 precision adjustment mode, which enhances overall machining efficiency while ensuring excellent machining results. The secondary development interface based on the CNC system makes operation simpler and more efficient.
VBM-T600
A copper electrode machine, it is the preferred equipment for high-demand batch processing of copper electrodes and copper products. It offers precise machining and extremely high efficiency, making it the top choice for excellent cost-performance ratio.
VBM-3025WL
The gantry five-axis machining center is designed for prototyping and processing of large automotive molds and complex-shaped products. The fixed base offers stronger load-bearing capacity, while the overhead gantry design provides a larger machining range. It is equipped with standard five-axis four-linkage (with optional five-axis five-linkage), which enables more complex and intricate machining. By adjusting the contact angle between the tool and the workpiece surface, the machining quality of the workpiece surface can be significantly improved.
Servo-controlled closed-type double-point precision pric
Servo press is no longer a single, fixed slider displacement-velocity curve, but a free curve that can be optimized according to different processes, different materials and different sheet thicknesses, which can effectively solve the stamping and forming problems of difficult-to-machine materials. The stroke of the slider can be set to the minimum value necessary for production, which can greatly improve the production efficiency and maintain the forming speed suitable for processing. Because there is no idling of the motor and flywheel, there is basically no noise when blanking is not performed. The research shows that the blanking noise of the servo press is 20 dB lower than that of the common mechanical press. The servo motor is only started when pressing, and the high efficiency of the motor itself makes the servo press energy-saving. The research shows that the servo press can save more than 30% energy than ordinary mechanical press.
GP1, GP2, GP4 series of closed single-point, double-point, four-point press
GP series closed press adopts split body structure and four-pull rod pre-tightening force combination, and the body rigidity reaches 1/10000. Four-corner octagonal ultra-long guide rail, eccentric wheel, connecting rod and guide pillar transmission mechanism. It has the characteristics of high precision, high strength and high rigidity, and can meet the sheet metal cold stamping processes such as blanking, bending, shallow stretching and forming.
GK series elbow rod type precision pressure
GK series of elbow rod type precision press can realize slow pressing and maintain the motion curve of about 1/18 cycle through a special elbow rod mechanism, and the dynamic sealing height adjustment device can be accurate to 0.01 mm, which is especially suitable for precision forging, cold extrusion, stamping and other precision forming processes.
