Split double-layer mobile precision positioning platform: This design enables the cutting machine to maintain extremely high positioning accuracy during the cutting process. The double-layer platform can effectively reduce vibration and displacement, improve the stability of cutting, especially when dealing with parts with irregular and complex shapes, its accuracy performance is more outstanding.
High-precision encoder and sensor: Equipped with a high-precision position feedback system to ensure that through real-time monitoring and adjustment during the cutting process, it can quickly respond and maintain precise movement, thereby improving the positioning accuracy of the entire cutting process.
2. Advanced control system
Intelligent control system: It adopts an advanced CNC system, equipped with an ultra-large color touch screen, and provides an intuitive user interface, allowing operators to easily set cutting parameters, manage cutting programs and monitor real-time status.
Multiple positioning cutting function: The system supports complex multiple positioning cutting requirements. Through flexible software configuration, the cutting path and sequence can be quickly adjusted to adapt to various cutting needs.
3. Optimized cutting strategy
Efficient cutting algorithm: The intelligent cutting machine adopts an optimized cutting algorithm to select the best cutting path and speed according to different materials and shapes, maximizing cutting efficiency and quality.
Dynamic adjustment of parameters: During the cutting process, the cutting speed, feed rate and cutting pressure are continuously adjusted according to real-time feedback to meet the cutting needs of various materials and shapes, ensuring the cutting results are of excellent precision.
4. High-quality cutting tools
Professional cutting tools: High-quality cutting tools are used, designed for the characteristics of different materials such as metals, ceramics, and composite materials, to ensure the stability and durability of the tools during the cutting process, thereby improving the cutting accuracy.
Cooling system: An effective cooling system is introduced during cutting to prevent material deformation due to the heat generated by cutting and ensure the precision of the cutting effect.
5. Modular design
Integrated design: The modular design of the cutting machine allows customization and expansion according to different needs, supports the integration of multiple cutting accessories and functions, and adapts to different working environments and task requirements.
Easy maintenance: The modular design not only improves the flexibility of functions, but also simplifies the maintenance process, reduces the failure rate of the equipment under high-intensity work, and ensures long-term stable operation.
6. Intelligence and data management
Data collection and analysis: The equipment can collect and analyze various data during the cutting process to help users understand the optimization direction of the cutting process and improve the overall metallographic cutting process.
Remote monitoring and upgrade: With the ability of remote monitoring and software upgrade, users can grasp the operating status of the equipment at any time, and keep the equipment technologically advanced through regular update functions.
7. User-friendly operation interface
Simple and intuitive operation: Through the large color touch screen, users can simply and intuitively set and monitor the cutting process, which greatly reduces the learning cost of operation and helps users get started quickly.
Multi-language support: The user interface supports multi-language selection to meet the needs of different regions and users and improve the user experience.
Intelligent Automatic Metallographic Cutting Machine has established its position as a pioneer in precision cutting technology through precision positioning technology, advanced control system, optimized cutting strategy, high-quality cutting tools, modular design, intelligent data management and user-friendly operation interface.
