آلة ثني CNC الهيدروليكية DWS ​​APB-13041 مستعملة للبيع

Large-Scale Hydraulic CNC Bending Machine. The “APB-13041 Hydraulic CNC Bending Machine” is a specific model or type of hydraulic bending machine that incorporates computer numerical control (CNC) technology. It’s used in the industrial sector for precision bending of various materials, typically sheet metal. Here’s a detailed description based on the provided information:

1. نوع الماكينة و موديلها:
   • “APB-13041” is the model number, indicating the specific model and potentially providing information about its specifications and capabilities.
2. Hydraulic Bending Technology:
   • ​​APB-13041 Hydraulic CNC Bending Machine. The machine operates using hydraulic power to generate the force needed for bending sheet metal. Hydraulic systems offer high precision and efficiency in the bending process.
3. تكنولوجيا التحكم الرقمي بالكمبيوتر:
   • ​​APB-13041 Hydraulic CNC Bending Machine. The machine is equipped with a CNC control system, allowing for precise and automated control of the bending process. CNC technology enables complex bending operations and ensures accuracy and repeatability in the bends.
4. Bending Capacity:
   • ​​ Large-Scale Hydraulic CNC Bending Machine . The bending capacity in terms of tonnage (e.g., in tons) or other specifications is not provided in the description, but it is a critical factor that determines the maximum force the machine can exert for bending purposes.
5. توافق المواد:
   • The machine is designed to bend various types of sheet metal, including steel, aluminum, stainless steel, and other alloys commonly used in industrial applications.
6. Bending Length:
   • Specific information about the maximum bending length is not provided, but it would indicate the maximum length of sheet metal that can be bent using this machine.
7. الانضباط و الدقة:
   •  Large-Scale Hydraulic CNC Bending Machine . Hydraulic CNC bending machines offer high precision and accuracy in bending, ensuring consistent and precise bends in sheet metal with minimal wastage.