Продается б/у расточно-фрезерный обрабатывающий центр VIGERT HBM-5T с 18i-MB

Расточно-фрезерный обрабатывающий центр HBM-5T

A Boring and Milling Machining Center, often referred to as a horizontal boring mill or HBM is a type of machine tool that combines the capabilities of a horizontal milling machine and a horizontal boring machine. It is used for precise and heavy-duty machining operations on large workpieces that require both milling and boring processes.

Here are some general features you might expect from a machine like the “HBM-5T Boring and Milling Machining Center”:

1. Горизонтальная ориентация: On the basis of HBM-5T Boring And Milling Machining Center. Boring and milling machining centers typically have a horizontal spindle orientation, allowing for the machining of large and heavy workpieces.
2. Milling Capabilities: On the basis of HBM-5T Boring And Milling Machining Center. The milling portion of the machine can perform various milling operations, including face milling, contouring, slotting, and more. It uses rotating cutting tools to remove material from the workpiece.
3. Boring Capabilities: On the basis of HBM-5T Boring And Milling Machining Center. The boring spindle can be used to enlarge existing holes or create precise cylindrical holes with tight tolerances. This is commonly used in industries such as aerospace and energy.
4. Heavy-Duty Machining: These machining centers are designed to handle heavy workpieces and perform roughing and finishing operations with high material removal rates.
5. Precision and Accuracy: Boring and milling machining centers are known for their accuracy and precision, making them suitable for applications where tight tolerances are required.
6. Управление ЧПУ: Many modern machining centers are equipped with CNC controls that allow for automated and programmable machining operations. This improves efficiency and repeatability.
7. Устройство смены инструмента: Automatic tool changers are often integrated into these machines, allowing for efficient tool changes during different machining operations.
8. Workpiece Fixturing: Effective work-holding methods are used to secure large and heavy workpieces during machining, ensuring stability and accuracy.
9. Spindle Power: The machine’s spindle power and speed determine its cutting capabilities, especially for heavy-duty machining.