Other Machinery & Parts

I. Main Specification Model TD406CNC , Work table size 550×360mm Table travel(X×Y*Z) 400×300*370mm S axis travel 400 mm B axis rotation Angle ±90° C axis rotation Angle 0-360° C axis rotation table diameter 250mm C axis rotation table load ≤30kg Max distance between worktable to electrode chuck 400mm Electrode diameter 0.15-3.0 mm Electrode chuck Pneumatic spring chuck Max moving speed of straight axis ≥2000mm/min Motors of axis Japan Panasonic/Fuji AC servo motor (absolute encoder) Min moving equivalent 0.001mm Axis movement control mode Multifunctional electronic hand wheel Input/output interface USB 、LAN、RS-232 Control type Industrial computer control card Screen 15″LCD touch-screen Programming mode G code, MDI, CAD list Pitch compensation Yes Positioning accuracy 0.010mm Repeated positioning accuracy 0.005mm Working fluid pressure 0-10Mpa Type of working fluid Deionized water Compressed air pressure 0.55～0.65MPa Max. working current 30 A Max. drilling speed 30 -120mm/min Machine dimension 2300×2100×2500 mm II. The machine characteristics: 1. Specialized in drilling turbine blade air holes 2. Minimum hole dia. ≤0.2mm 3. Cradle type table A, C axis 4. X, Y, Z, S, B, C axis can realize position closed-loop control 5. Any Angle air hole can be drilled with only once clamping 6. The hole penetration is judged automatically and the penetration depth is controllable 7. Patented technology taper hole processing, straight hole processing 8. Record of the drilling hole position data for traceability query 9. Multi-coordinate system international general G code programming 10. Pneumatic electrode handle ER chuck centering 11. Off-line electrode replacement 12. Remember the origin position at any time 13. Full system absolute encoder AC servo motor 14. Standard deionized water treatment system 15. The precision of the mechanical structure of the slide pillow is maintained for a long time 16.On-line job measurement 17. Manual encoder shift shaft convenient and fast III. Advantages of the machine 1. It is composed of main engine, CNC pulse power control cabinet, deionized water treatment system, etc. 2. Main machine: composed of bed, column, X axis, Y axis, Z axis, S axis, B axis, C axis 3. CNC pulse power control cabinet: It is composed of industrial control computer, CNC system, touch screen, servo motors drive, machine tool electrical appliances, high-efficiency discharge pulse power supply, rocker arm waterproof and antipollution stainless steel keyboard control table, multi-function remote control hand box, etc. 4. Deionized water treatment systems: the 400 L stainless steel water tank, filter system, to ion system, conductivity detection system, high pressure water pump, etc.

Minimum Order: 1 bags

DIC-206 is energy-saving and emission-reduction type Wire Cut EDM fluid. The formula of DIC-206 Water-Soluble WEDM Concentrate is completely made up of water-soluble materials. Electrical corrosion products can disperse in the water solution quickly, and could be separated after sedimentation and filtration. 1. We highly recommend you to use DI water! 2. It is possible to appear electrochemical etching occurring on the aluminum wire reservoir if the surfaces of aluminum wire reservoir have not been hardened. Storage: It shall be sealed and stored indoor in the temperature 5~50℃. If you can store appropriately, no shelf-life will be required. Packing: Net weight 10kg (plastic bucket). GW:10.75Kg; 50 Buckets per pallet.

Minimum Order: 100

Description: The 2D Stamping Manipulator, available in various models such as QF-D200, QF- D300, QF-D450, QF-D600, and QF-D900, is a versatile and precision-engineered tool designed for efficient and accurate handling of stamped components in manufacturing processes. This manipulator is equipped with advanced features to ensure seamless operation and optimal performance. Specifications: 1) Transfer Accuracy: ±0.2mm 2) Movement Stroke (X axis): 200mm (QF-D200), 300mm (QF-D300), 450mm (QF- D450), 600mm (QF-D600), 900mm (QF-D900) 3) Movement Stroke (Y axis): 0~150mm 4) Lifting Stroke (Z axis): 30-100mm (for QF-D200, QF-D450, QF-D600, QF-D900) 30-60mm (for QF-D300) 5) Reclaiming Method: Vacuum Suction Cup/Electric Suction Cup/Gripper 6) Applicable Driver: Mitsubishi Servo Driver Single Machine Multi-Engineering Manipulator Key Features: 1. Precision Transfer: Achieves a high transfer accuracy of ±0.2mm, ensuring precise placement of stamped components during the manufacturing process. 2. Adjustable Movement Stroke: Offers a range of movement strokes (X axis) from 200mm to 900mm, catering to different production requirements and component sizes. 3. Versatile Reclaiming Method: Supports multiple reclaiming methods including vacuum suction cup, electric suction cup, and gripper, providing flexibility to handle various types of stamped components. 4. Advanced Control System: Utilizes Mitsubishi Servo Driver for reliable and efficient control of the manipulator, ensuring smooth and accurate operation. 5. Adjustable Lifting Stroke: Provides adjustable lifting stroke (Z axis) options, allowing for precise positioning and handling of components at different heights. 6. Robust Construction: Built with durable materials and precision engineering, ensuring long-term reliability and minimal maintenance requirements. 7. User-Friendly Design: Designed with ease of use in mind, featuring intuitive controls and ergonomic design elements for operator convenience and efficiency. Applications: A. Automotive manufacturing B. Electronics assembly C. Appliance production D. Aerospace industry E. General manufacturing processes requiring precise handling of stamped components.

Description: The Automatic Riveting Machine is an advanced industrial solution engineered for precision riveting operations across various manufacturing sectors. With its high precision operation, efficient insertion capabilities, and user- friendly design, this machine delivers unparalleled performance, reliability, and versatility, making it indispensable for modern production environments. Specifications: 1) Riveting Precision: High precision riveting with accuracy within 0.035 mm, ensuring consistent and reliable results. 2) Insertion Speed: Efficient insertion with speeds of up to 50 PCS rivets per minute, maximizing production throughput. 3) Nail Feeding Mechanism: Automatic nail feeding mechanism with adaptable design to accommodate various rivet sizes and types. 4) Control System: Open-design control system with intuitive interface for easy parameter input and customization. 5) Quality Inspection: Optional CCD camera-based quality inspection module for real-time quality control and defect detection. 6) Modular Design: Modular construction facilitates easy maintenance and product switching, minimizing downtime and enhancing operational flexibility. High precision Automatic Riveting Machine Key Features: 1. High Precision Operation: Incorporates high-precision modules and servo systems from renowned brands, meticulously calibrated to ensure precise riveting with consistent quality. 2. Efficient Insertion: Optimized insertion trajectory and strategy tailored for riveting conditions ensure equipment repeatability and maximize production efficiency. 3. Stable Operation: Equipped with an automatic nail feeding mechanism developed independently and verified through mass production, offering high adaptability to variations in rivet size. 4. User-Friendly Design: Features an open-design control system adaptable to different product requirements, requiring minimal training for inputting new product parameters and saving them for future use. 5. Optional Quality Inspection Module: Offers CCD camera-based quality control for rivet insertion, enabling prompt identification and elimination of faulty insertions. 6. Cost-Effective Switching: Modular design simplifies product switching, requiring only the replacement of feeding systems and related modules, reducing equipment transition costs. 7. Flexible Production Line Integration: Supports manual, robot, and turntable feeding options, allowing seamless connection to diverse production line setups based on customer needs. Applications: A. Automotive Industry: Ideal for riveting applications in automotive manufacturing, including body panels, chassis components, and interior trim.  B. Aerospace Sector: Used for riveting aircraft components, including fuselage panels, wing structures, and landing gear assemblies. C. Appliance Manufacturing: Suitable for riveting metal components in household appliances such as refrigerators, washing machines, and air conditioners. D. Electronics Production: Applications include riveting metal enclosures, brackets, and connectors in electronics manufacturing for consumer electronics and industrial equipment. E. General Manufacturing: Versatile enough to be used in various metalworking industries for riveting applications, providing efficient and reliable joining solutions.

Description: The Metal Stamping TLSL Strip Material Feeder is a specialized equipment designed to facilitate the feeding of strip materials in metal stamping processes. With its innovative design and advanced features, this feeder enhances the efficiency and accuracy of material handling, contributing to overall productivity in stamping operations.   Specifications: 1. Materi , al Compatibility: Suitable for feeding strip materials of various widths and thicknesses, providing versatility in application. 2. Feed Rate: Adjustable feed rate ranging from 600 pcs to 1440 pcs per hour or 24 times per minute, catering to different production speeds. 3. Accuracy: High precision feeding accuracy of ±0.2mm, ensuring consistent and reliable performance. 4. Power Supply: Operates on AC380V voltage, 50/60Hz frequency, suitable for standard industrial power sources. Key Features: 1) High Precision Feeding: Utilizes advanced feeding mechanisms to ensure precise and consistent feeding of strip materials, minimizing errors and maximizing productivity. 2) Adjustable Feed Rate: Offers adjustable feed rates to accommodate various production requirements, allowing for flexibility in operation. 3) Durable Construction: Built with robust materials and components, ensuring durability and long-term reliability even in demanding industrial environments. 4) Easy Integration: Designed for seamless integration with existing stamping machinery, minimizing downtime and facilitating smooth operation. 5) User-Friendly Controls: Equipped with user-friendly controls and interfaces, making operation intuitive and efficient for operators of all skill levels. 6) Safety Features: Incorporates safety features to ensure the protection of operators and equipment during operation, promoting a safe working environment. Automatic Material Feeder Applications: A. Automotive Industry: Ideal for stamping operations in the automotive industry, including the production of automotive components such as brackets, clips, and panels. B. Electronics Manufacturing: Suitable for feeding strip materials in electronic component manufacturing processes, supporting the production of circuit boards, connectors, and enclosures. C. Appliance Manufacturing: Used in the manufacture of household appliances, such as refrigerators, washing machines, and ovens, for stamping metal components and parts. D. Aerospace Industry: Finds application in the aerospace industry for producing precision-engineered components used in aircraft and spacecraft manufacturing. E. General Metal Stamping: Versatile enough to be used in various metal stamping applications across industries, providing efficient and reliable material feeding solutions.

Description: The 3-in-1 Feeder for Thin Material is a versatile and high-performance feeding solution designed to streamline the processing of thin metal coils in various industrial applications.  Engineered with precision and efficiency in mind, this feeder integrates uncoiling, straightening, and feeding functionalities into a single compact unit, offering enhanced productivity and operational convenience. Specifications: 1. Model Options: Available in multiple model variants, including MAF3-400, MAF3-600, MAF3-800, MAF3-1000, and MAF3-1300, to accommodate different coil width and load capacity requirements. 2. Coil Width: Ranges from 100mm to 1300mm, allowing for the processing of a wide range of coil sizes. 3. Coil Thickness: Supports material thicknesses from 0.3mm to 3.2mm, catering to various thin material stamping needs. 4. Load Capacity: Offers load capacities ranging from 3000kg to 10000kg, ensuring compatibility with different material types and production volumes. 5. Leveling Capacity: Equipped with leveling capabilities tailored to specific material thicknesses and widths, ensuring precise and uniform material flattening. 6. Max. Feeding Speed: Capable of achieving feeding speeds of up to 16 meters per minute, facilitating rapid material transfer and processing. 7. Roller Diameter: Features leveling rollers with a diameter of φ48mm, providing stable and efficient material straightening. 8. Expansion Type: Utilizes a hydraulic expansion system for reliable and consistent coil expansion and contraction. 9. Spindle Brake Type: Equipped with electromagnetic or disc brake spindle brake options, ensuring precise control and safety during operation. 10. Servo Motor Power: Employs servo motors with power ratings ranging from 2.9kw to 7.5kw, delivering efficient and responsive performance. 11. Power Supply: Operates on a standard 380V 50/60Hz 3-phase power supply, suitable for industrial environments. 3-in-1 Feeder Key Features: 1) Precision Leveling: Advanced leveling system ensures precise straightening of thin materials, maintaining consistent thickness and flatness. 2) Wide Compatibility: Accommodates a variety of coil widths and thicknesses, ranging from 100mm to 1300mm in width and 0.3mm to 3.2mm in thickness, offering versatility for different material specifications. 3) High Load Capacity: Capable of handling loads up to 10,000kg, providing ample support for thin materials during processing without compromising stability or performance. 4) Efficient Feeding: Equipped with servo motor technology and two feeding rollers, delivering smooth and accurate material feeding at a maximum speed of 16 meters per minute, optimizing production efficiency. 5) Hydraulic Expansion: Utilizes a hydraulic expansion system for reliable coil expansion and contraction, ensuring secure and precise material handling throughout the feeding process. 6) Enhanced Safety: Features spindle brake options including electromagnetic and disc brakes, providing reliable braking performance for enhanced safety during operation. 7) Robust Construction: Constructed with high-quality components and reinforced spindles, offering durability and stability even under heavy-duty usage conditions, ensuring long-term reliability. Applications: A. Automotive Industry: Ideal for stamping automotive components such as body panels, chassis parts, and structural elements. B. Appliance Manufacturing: Suitable for producing thin metal parts used in household appliances such as refrigerators, washing machines, Cooking Pots, and ovens. C. Electronics Production: Used for manufacturing electronic enclosures, brackets, and connectors in the electronics industry. D. Metalworking Sector: Widely applicable in various metal stamping and fabrication processes, including furniture manufacturing, signage production, and more.

This manipulator is designed to accommodate presses with a tonnage of 110T and below, and a press center distance within 2200mm. -Flexible configurations of 3-axis, 4-axis, and 5-axis, providing you with more operational choices -Recommend to grab a product size within 400*400mm -Feeding Accuracy: ±0.1mm -Max. Reach: 1500mm -Payloade: 3kg FUXIN Intelligent Swing Arm Manipulator Key features: 1. Precision Performance: With a ±0.1mm feeding accuracy, ensuring meticulous handling and consistent quality. 2. Enhanced Reach and Capacity: With a 1500mm reach and 3kg payload, it handles a wide range of stamped products efficiently. 3. Versatile Application: Perfect for small electronics, home appliances, and mechanical parts, offering adaptability across various industries. 4. Efficient Workflow: Streamlines stamping processes, reduces downtime, and optimizes productivity, boosting overall efficiency. 5. Reliable Quality: Built to high standards, undergoes rigorous testing for long-term reliability and stability in operation. 6. Future-Ready Technology: Equipped with advanced features, integrates seamlessly with modern manufacturing systems for scalability. 7. Easy Integration: Plug-and-play convenience, hassle-free setup, and adaptable to standalone or automated production lines.  8. Comprehensive Support: Fuxin dedicated team ensures smooth installation, ongoing maintenance, and technical assistance for uninterrupted operations. Applications: The 3KG Intelligent Swing Arm Stamping Manipulator is versatile and suitable for various stamping industries, including: A. Electronics: Ideal for handling small electronic components, circuit boards, and precision parts used in devices like smartphones, tablets, and computers. B. Home Appliances: Well-suited for stamping parts used in household appliances such as refrigerators, washing machines, air conditioners, and ovens. C. Automotive: Capable of handling stamped components used in automotive manufacturing, including body panels, chassis parts, and engine components. D. Mechanical Engineering: Suitable for stamping mechanical parts used in machinery, equipment, and tools across industries like manufacturing, construction, and aerospace. E. Metal Fabrication: Offers precision handling of stamped metal parts used in various fabrication processes, including metal furniture, fixtures, and fittings. F. Consumer Goods: Applicable to stamping industries producing consumer goods such as toys, packaging materials, kitchenware, and decorative items. G. Medical Devices: Can be utilized for stamping components used in medical devices and equipment, ensuring precision and quality in critical healthcare applications. H. Telecommunications: Suitable for stamping parts used in telecommunications equipment, including antennas, connectors, and electronic enclosures.

This industrial stamping robot is specifically designed for A. Multi-press machines connection sites, and press machines tonnage of 350T and below.  B. Single punching machine with multi-mold sites, and punching machine tonnage of 1250T and below. (1) Flexible configurations of 3-axis, 4-axis, and 5-axis, providing you with more operational choices. (2) 1800mm stamping robot is suitable for grabbing products with sizes up to 1000x1000mm. (3) Ideal for stamping sites handling electronic products, home appliance parts, and mechanical components. (4) Additionally, it can also be used as palletizing robot and depalletizing robot.   1800mm stamping robot features: 1. Precision Grabbing: Grabbing accuracy of ±0.1mm. 2. Extended Reach: Max. radius 1800mm, suitable for various workpiece sizes and shapes. 1. Adaptable Design: Min. radius 350mm, suitable for narrow spaces and complex work sites. 3. Payload: 25kg 4. Enhanced Efficiency: Rapid response up to ±0.1 second. 5. Advanced Technology: Flexible operation and parameter adjustment. 6. Versatile Functionality: Suitable for automatic feeding, grabbing, and stacking. 7. Reliable Performance: Reliable and durable for factory automation applications. 8. Competitive Advantage: Helps factory increase competitiveness and business value. 9. Professional Support: Backed by FUXIN dedicated sales team committed to providing professional services and solutions to meet customer needs. https://www.fuxinrobot.com/

This industrial stamping robot is specifically designed for A. Multi-press machines connection sites, and press machines tonnage of 350T and below.  B. Single punching machine with multi-mold sites, and punching machine tonnage of 1250T and below. (1) Flexible configurations of 3-axis, 4-axis, and 5-axis, providing you with more operational choices. (2) Suitable for grabbing products with sizes up to 1000x1000mm. (3) Ideal for stamping sites handling small electronic products, home appliance parts, and mechanical components. (4) Additionally, 1600mm stamping robot can also be used as palletizing robot and depalletizing robot.   1600mm stamping robot features: 1. Precision Grabbing: Grabbing accuracy of ±0.1mm. 2. Extended Reach: Max. radius 1600mm, suitable for various workpiece sizes and shapes. 3. Adaptable Design: Min. radius 350mm, suitable for narrow spaces and complex work sites. 4. Payload: 10kg 5. Enhanced Efficiency: Rapid response up to ±0.1 second. 6. Advanced Technology: Flexible operation and parameter adjustment. 7. Versatile Functionality: Suitable for automatic feeding, grabbing, and stacking. 8. Reliable Performance: Reliable and durable for factory automation applications. 9. Competitive Advantage: Helps factory increase competitiveness and business value. 10. Professional Support: Backed by FUXIN dedicated sales team committed to providing professional services and solutions to meet customer needs.  

This industrial stamping robot is specifically designed for press machines with a tonnage of 350T and below, a press center distance below 2800mm. (1) Flexible configurations of 3-axis, 4-axis, and 5-axis, providing you with more operational choices. (2) Suitable for grabbing products with sizes up to 800x800mm. (3) Ideal for stamping sites handling small electronic products, home appliance parts, and mechanical components. (4) Additionally, 1400mm stamping robot can also be used as palletizing robot and depalletizing robot.   1400mm Stamping Robot Features: 1. Precision Grabbing: Grabbing accuracy of ±0.1mm. 2. Extended Reach: Max. radius 1400mm, suitable for various workpiece sizes and shapes. 3. Adaptable Design: Min. radius 350mm, suitable for narrow spaces and complex work sites. 4. Payload: 10kg 5. Enhanced Efficiency: Rapid response up to ±0.1 second. 6. Advanced Technology: Flexible operation and parameter adjustment. 7. Versatile Functionality: Suitable for automatic feeding, grabbing, and stacking. 8. Reliable Performance: Reliable and durable for factory automation applications. 9. Competitive Advantage: Helps factory increase competitiveness and business value. 10. Professional Support: Backed by FUXIN dedicated sales team committed to providing professional services and solutions to meet customer needs.   Feel free to reach out to FUXIN sales team for more information. We are here to assist you in finding the right stamping robot solution for your automation requirements.

Today is the 4th day that AAK is back to work from CNY holiday. We have already received orders from our old customers in Germany, USA, Russia and Korea. The export quantity of valves and similar devices in China from January to November 2024 was 5411.26 million sets, which is a year-on-year increase of 13.9%. As an important control component in industrial systems, the market demand for hydraulic screw-in cartridge valves is closely related to the overall industrial development. With the advancement of global industrial automation and intelligent manufacturing, the market demand for hydraulic screw-in cartridge valves is expected to continue to grow. Especially in key industries such as energy, chemical, and metallurgy, the application of screw-in cartridge valves will be more widespread. The stability of supply chain and competitive price are one of the reasons why Chinese valve products are popular in the international market. As one of the top hydraulic cartridge valve manufacturers in China, AAK will continue to serve our overseas customers with stable quality, excellent service and reasonable prices. Based on the inquiries that we received, we estimate that in 2025, AAK will have more business increases from customers in Russia, Korea and India. AAK HYDRAULIC VALVES (835) 2025-02-10

Minimum Order: 1 bags

Product Overview USE for Fire protection with UL/FM certificated What is the difference between malleable and ductile iron? Malleable vs. Ductile Iron – A Comparison of Malleable and Malleable iron typically has some internal flaws stemming from irregularly-shaped carbon particles. This makes cracking a possibility. Ductile iron has spherical carbon particles that allow for more bending Malleable iron fittings Size Range: In China galvanized pipe fitting manufacturers, sll size can be supply by detail Request galvanized tee have threads on the inside of the fitting that screw onto the outside of the pipe, while non-threaded fittings are designed to be welded or soldered onto the pipe. depending on the type of pipe and fitting being used.

Minimum Order: 10 long tons

Product Description Equal Tee galvanized malleable iron pipe fittings Cast Iron Fittings factory is located in CHINA (both manufacturing plants and foundry) and has been exporting fittings for the last 23 years all over the world. Product Overview Equal Tee galvanized malleable iron pipe fittings Cas with their extensive history and tradition, malleable cast iron fittings are the most common pipe fittings. With their extensive history and tradition, China galvanized pipe fitting manufacturers are the most common pipe fittings. Because of their durability and mechanical strength, these fittings are very popular. The material can endure high mechanical stress and when combined with the standardized jointing method can be used in a wide range of applications. Equal Tee galvanized malleable iron pipe fittings. GI fittings start out as white iron casting but is then treated at a heat of roughly 1,650°F, 900°C. Malleable iron contains more blunt boundaries opposed to flakes, which eliminates the stress concentration problems that grey cast iron can cause. Disadvantages of cast iron • It is Prone to rusting. • It has poor tensile strength. • Its parts are section sensitive; this is due to slow cooling of thick sections. • failure of Its parts is sudden and total; it does not exhibit yield point. • It has poor impact resistance. • Compared to steel it has poor machinability.

Minimum Order: 10 long tons

Product Description No90 Galvanized Elbow 90 Degree Female malleable iron pipe fittings are designed according to the EN 10242 standard and available in black and hot-dip galvanized versions. They are threaded according to EN 10226-1. The material ensures resistance against mechanical stress and long durability. Product Overview China galvanized pipe fitting manufacturers with their extensive history and tradition, malleable cast iron fittings are the most common pipe fittings. Because of their durability and mechanical strength, these fittings are very popular. The material can endure high mechanical stress and when combined with the standardized jointing method can be used in a wide range of applications. Galvanized pipe fittings factories are usually used to connect steel pipes. However, galvanized malleable fittings are used for galvanized pipe. Malleable iron pipe fittings are most common among malleable fittings and are available in many different types and sizes. What is malleable fitting? Malleable fittings are those fittings having the property of malleability. This is a physical property of metals and metalloids, or any kind of matter. We call a metal malleable when it can easily be deformed, especially by hammering or rolling, without cracking the metal. Malleability is important to form pressing materials such as metals and plastics.

Minimum Order: 10 long tons