Machine Tools

The CNC precision milling machine is an advanced machining solution designed for high-accuracy manufacturing across industries such as aerospace, automotive, electronics, and mold making. With state-of-the-art CNC control systems, this machine delivers exceptional precision, allowing for the production of complex components with tight tolerances. The CNC precision milling machine ensures efficient material removal while maintaining superior surface quality, making it ideal for both prototyping and mass production. Its high-speed capabilities reduce processing time while ensuring consistency, which is essential for meeting demanding industrial standards. The machine’s robust construction and thermal stability guarantee reliable performance even in high-intensity manufacturing environments. Equipped with advanced cutting technology, the CNC precision milling machine minimizes tool wear, extending the lifespan of cutting tools and reducing overall maintenance costs. Its ability to process a wide range of materials, including metals, composites, and graphite, makes it a versatile choice for manufacturers seeking high-performance machining solutions. The automated control system enhances production efficiency by optimizing machining parameters and reducing human error. Designed for durability and long-term use, this machine ensures maximum productivity while maintaining precise and repeatable results. By integrating cutting-edge milling technology, the CNC precision milling machine offers unmatched accuracy, efficiency, and cost- effectiveness for modern manufacturing applications.

Minimum Order: 1 bags

Precision graphite processing is a highly advanced manufacturing technique designed to meet the exacting demands of industries such as aerospace, automotive, electronics, and energy. With cutting-edge CNC technology, this process ensures exceptional accuracy, allowing for the creation of complex components with minimal tolerances. Precision graphite processing enhances efficiency by optimizing material usage and reducing waste, making it an ideal choice for high-precision applications. Its superior thermal stability ensures that graphite components maintain their integrity even under extreme temperatures, providing long-lasting reliability. Additionally, the high- speed machining capabilities allow for faster production cycles while maintaining consistent quality and precision. The advanced tooling and cutting methods used in precision graphite processing minimize tool wear, reducing maintenance costs and extending equipment lifespan. This technique is particularly well-suited for the production of electrodes, heat-resistant parts, and conductive components required in demanding industrial environments. Graphite’s natural resistance to chemical corrosion further enhances the durability of finished products, ensuring excellent performance in harsh conditions. By integrating modern automation and control systems, precision graphite processing guarantees superior efficiency, cost-effectiveness, and repeatability, making it the optimal solution for industries requiring high-performance graphite components.

Minimum Order: 1 bags

The Graphite CNC milling machine composite material processing is a state- of-the-art solution designed for precision machining of graphite and various composite materials used in aerospace, automotive, and electronics industries. With its advanced CNC technology, this machine ensures high accuracy, efficiency, and surface quality while minimizing material waste. The Graphite CNC milling machine composite material processing offers superior speed and consistency, making it ideal for mass production without compromising precision. Its high thermal resistance allows for stable machining even in extreme conditions, ensuring reliable performance and extended machine lifespan. The ability to handle complex geometries and intricate designs makes it an essential tool for industries requiring detailed and high-performance components. The innovative cutting technology reduces tool wear, lowering maintenance costs and increasing overall productivity. The Graphite CNC milling machine composite material processing is engineered for processing materials with high electrical conductivity, making it ideal for producing electrodes and specialized conductive parts. Its strong resistance to chemical influences enhances the durability of finished products, ensuring long-term functionality in demanding environments. By incorporating cutting-edge automation and control systems, this machine optimizes efficiency and precision, making it the perfect choice for manufacturers looking to enhance their machining capabilities and maintain high production standards.

Minimum Order: 1 bags

The Graphite CNC milling machine steel processing is an advanced machining solution designed for high-precision manufacturing in industries such as aerospace, automotive, and electronics. This machine offers exceptional accuracy, efficiency, and durability when working with both graphite and steel, making it an essential tool for modern production lines. The Graphite CNC milling machine steel processing ensures minimal tolerances and high surface quality, allowing for the creation of intricate designs and complex geometries. With its high-speed capabilities, it significantly reduces processing time while maintaining consistency and precision in mass production. The superior thermal resistance of graphite allows for stable machining, even under extreme temperatures, ensuring reliability and long- term performance. The advanced cutting technology incorporated in this machine minimizes tool wear, extending the lifespan of cutting tools and reducing maintenance costs. The Graphite CNC milling machine steel processing is specifically engineered for high electrical conductivity, making it ideal for producing electrodes and conductive components. Its robust design and resistance to chemical influences enhance the longevity of the finished products, making them suitable for use in harsh industrial environments. By integrating cutting-edge CNC technology, this machine guarantees efficiency, accuracy, and cost-effectiveness, making it the optimal choice for manufacturers seeking high-performance machining solutions.

Minimum Order: 1 bags

**High-Precision Graphite CNC Machine Tools for Advanced Manufacturing** Our **Graphite CNC machine tools** are specifically designed for high- precision graphite machining, providing exceptional accuracy, efficiency, and durability. Ideal for industries such as mold manufacturing, electronics, and aerospace, these advanced machine tools ensure superior surface quality and high-speed processing. ### Key Features: 1. **Ultra-Precision Machining** The **Graphite CNC machine tools** deliver micron-level accuracy, ensuring smooth surface finishes and intricate detailing for complex graphite components. 2. **High-Speed Spindle for Maximum Productivity** Equipped with a high-RPM spindle, the **Graphite CNC machine tools** enable rapid material removal, reducing cycle times while maintaining superior machining precision. 3. **Advanced Dust Collection System** Featuring an efficient dust extraction system, these machines effectively control graphite particles, ensuring a cleaner and safer working environment. 4. **Rigid & Vibration-Resistant Structure** Designed with a reinforced frame, these machines minimize vibrations and thermal deformation, ensuring consistent machining accuracy over extended periods. 5. **Versatile Industrial Applications** Perfect for machining EDM electrodes, graphite molds, and aerospace components, making these tools essential for high-performance graphite processing. Enhance your manufacturing capabilities with **Graphite CNC machine tools**, delivering exceptional speed, accuracy, and efficiency for demanding graphite machining applications.

Minimum Order: 1 bags

**High-Precision Graphite Lathes for Superior Machining** Our **Graphite lathes** are specifically designed for precision machining of graphite materials, offering high-speed performance, exceptional accuracy, and durability. These machines are widely used in industries such as aerospace, electronics, and mold manufacturing, ensuring smooth and efficient production of graphite components. ### Key Features: 1. **High Precision & Smooth Surface Finish** The **Graphite lathes** provide micron-level accuracy, ensuring excellent surface quality and precise detailing for complex graphite parts. 2. **Optimized for Graphite Machining** Engineered for high-speed cutting, these **Graphite lathes** minimize material loss and maximize productivity while maintaining superior cutting performance. 3. **Advanced Dust Collection System** To handle the fine graphite particles produced during machining, our lathes come equipped with an efficient dust extraction system, ensuring a cleaner workspace and longer machine life. 4. **Rigid & Vibration-Resistant Structure** With a robust frame and advanced damping technology, these lathes reduce vibrations, improving tool longevity and machining consistency. 5. **Versatile Applications Across Industries** Ideal for manufacturing graphite electrodes, molds, and precision components used in high-tech industries, making them essential for graphite processing. Upgrade your workshop with high-performance **Graphite lathes**, ensuring precision, efficiency, and reliability for all your graphite machining needs.

Minimum Order: 1 bags

**High-Speed Vertical Mold Machining Center for Precision Manufacturing** Our **High-speed vertical mold machining center** is engineered for high- precision mold production, offering superior speed, accuracy, and efficiency. Designed for industries such as automotive, aerospace, and electronics, this machine ensures high-quality mold processing with advanced CNC capabilities. ### Key Features: 1. **Ultra-High-Speed Spindle for Maximum Efficiency** The **High-speed vertical mold machining center** is equipped with a high-RPM spindle, enabling rapid material removal, reduced cycle times, and enhanced machining productivity. 2. **Precision Machining for Complex Mold Designs** With micron-level accuracy, this machine delivers smooth surface finishes and intricate detailing, ensuring exceptional mold quality. 3. **Rigid & Vibration-Resistant Structure** Built with a reinforced frame, the **High-speed vertical mold machining center** minimizes vibrations, ensuring long-term machining stability and precision. 4. **Advanced CNC Control System** Featuring an intuitive interface, this machining center supports seamless CAD/CAM integration, easy programming, and real-time process monitoring for optimized workflow. 5. **Versatile Material Processing Capability** Designed to handle various materials, including hardened steel, aluminum, and graphite, making it a perfect solution for mold manufacturing applications. Enhance your production efficiency with the **High-speed vertical mold machining center**, delivering superior speed, precision, and reliability for high-performance mold machining.

Minimum Order: 1 bags

**High-Performance Vertical Milling Machining Center for Precision Manufacturing** Our **Vertical milling machining center** is designed for high precision, efficiency, and versatility, making it an essential solution for industries such as aerospace, automotive, and mold manufacturing. With advanced CNC control and a rigid structure, this machine ensures optimal performance for complex machining tasks. ### Key Features: 1. **High-Precision Machining** The **Vertical milling machining center** delivers exceptional accuracy, smooth surface finishes, and intricate detailing, meeting the demands of high-precision manufacturing. 2. **Powerful High-Speed Spindle** Equipped with a high-RPM spindle, this machine enhances cutting efficiency, reduces machining time, and improves overall production output. 3. **Rigid & Vibration-Resistant Structure** Designed with a reinforced frame, the **Vertical milling machining center** provides excellent stability, minimizing vibrations to ensure long- term machining accuracy. 4. **Advanced CNC Control System** Featuring an intuitive user interface, this machining center supports seamless CAD/CAM integration, easy programming, and real-time monitoring for optimized workflow. 5. **Versatile Material Compatibility** Capable of processing a wide range of materials, including metals, composites, and plastics, making it a flexible solution for diverse industrial applications. Upgrade your production capabilities with the **Vertical milling machining center**, delivering high precision, speed, and reliability for demanding machining tasks.

Minimum Order: 1 bags

Dolang provide overall training base solution, the training base will comprehensively cover the core technologies in the field of automation of high- end equipment manufacturing industry, integrate robots, industrial network technology and modern industrial production, reflect the modern enterprise production mode of modern manufacturing and integrated management and control, provide a new carrier for the cultivation of high-skilled comprehensive talents, and provide a new talent cultivation and innovation platform for the comprehensive application of modern robot technology and industrial automation production.

The modern Logistics manufacture process teaching system covers the mechanical, electrical, optical etc comprehensive technology, the manufacturing teaching platform can shorten the gap between training process and actual production process, the MPS engineer  teaching system involved Multi- technologies including PLC control technology, sensor inspection technology, pneumatic technology, motor drive technology, servo drive technology, frequency control technology, touch screen technology, motion control, process control, computer technology and system engineering etc, it may act as training platform for engineer university, vocation instition, vocational training center etc.

The Industry 4.0 Training System is mainly used to demonstrate the production and assembly process of the industrial automation production line, including storage and feeding unit, four-axis robot sorting unit, six-axis industrial robot assembly unit, transportation unit, and MES system unit. The vocational teaching system can be used for sensor training, including photoelectric sensors, fiber optic sensors, inductive sensors, capacitive sensors, Hall sensors, etc. commonly used in industrial automation. On this device, students can get to know each sensor and master how to use each sensor. The system of engineer training equipment can be used for the training of image detection technology. Trainees can learn about image detection equipment, master the use of image detection equipment, and practice the programming of image detection software.

Industrial robot technology application system adopts modular and open design, and consists of basic training platform for industrial robots and integrated training module. Among them, the basic training platform for industrial robots is mainly composed of six axis robot, four axis robot, industrial vision camera, mobile transmission system, PLC control unit, touch screen, etc. its main function is to complete the transmission, identification and installation of various integrated training module products According to the different assembly tasks, the integrated training module is divided into five training modules: fingertip gyro pressing module, digital keyboard full-automatic assembly module, workpiece full-automatic grinding module, robot full-automatic gift packaging module, multi product material transfer and stacking module. The training module consists of the corresponding raw material warehouse, finished product warehouse, transfer mechanism and fixture. In different assembly task training, only the corresponding training module is installed on the operation platform.

The DLIM-426 Intelligent manufacturing learning Factory platform provides a platform for education and training, organizes practical teaching for students, and cultivates students' comprehensive application, debugging and maintenance capabilities of intelligent manufacturing systems . Production attributes: The laser cutting machines, industrial robots, PLCs, visual inspection systems, sensors and other devices and main components used in the production line are all actual industrial products, connected to the industrial site. While meeting the teaching needs, they can also undertake external processing, production and assembly tasks.

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