중고 VIGERT APB11032 전기 유압 서보 CNC 벤딩 머신 판매

An Electro-Hydraulic Servo CNC Bending Machine is a highly advanced and versatile piece of equipment used for precision bending and shaping of various materials, typically metal sheets or plates. This type of machine utilizes a combination of electrical control systems, hydraulic power, and servo motors to achieve accurate and efficient bending operations. Here’s a detailed breakdown of its key components and functionalities:

1. Hydraulic Bending Mechanism: Electro-Hydraulic Servo CNC Bending Machine。 The core of the machine is its hydraulic bending mechanism. Hydraulic power is used to exert controlled force on the material, allowing for precise and consistent bending. The hydraulic system is designed to ensure smooth and accurate bending operations.
2. Electrical Control System (CNC): Electro-Hydraulic Servo CNC Bending Machine. An advanced electrical control system, often based on CNC technology, controls the hydraulic components and the overall bending process. The CNC system interprets instructions, programmed designs, or CAD models to direct the hydraulic system and servo motors for precise bending operations.
3. Servo Motors: Servo motors play a crucial role in the electro-hydraulic servo CNC bending machine. They are precise and efficient, allowing for accurate positioning and control of the bending mechanism. Servo motors are essential for achieving high levels of accuracy in the bending process.
4. Tooling and Dies: Specialized tooling and dies are used to shape and form the material into the desired bend. The selection of appropriate tooling and dies is critical to achieving the required bend radii, angles, and other specifications accurately.
5. 백게이지 시스템: An automated backgauge system ensures precise positioning of the material before bending, enabling accurate and consistent bends. The backgauge can be easily adjusted through the CNC control system to meet specific bending requirements.
6. Clamping System: A robust clamping system securely holds the material in place during the bending process, ensuring stability and precise alignment for accurate bends.