GIDDINGS & LEWIS M.1302.7479驱动器
1.产 品 资 料 介 绍:
GIDDINGS & LEWIS M.1302.7479 驱动器应用领域剖析
一、航空航天制造领域
二、汽车工业领域
三、重型装备制造领域
英文资料:
Analysis of GIDINGS&LEWIS M.1302.7479 Driver Application Fields
The GIDINGS&LEWIS M.1302.7479 driver plays an irreplaceable role in multiple key industrial fields due to its outstanding performance.
1、 Aerospace manufacturing field
In aerospace manufacturing, the precision requirements for component processing are extremely high. M. The 1302.7479 driver can accurately drive the spindle and feed axis of CNC machine tools. Taking the machining of aircraft engine blades as an example, the drive assisted machine tool achieves high-speed and high-precision cutting. By precise position and speed control, it is possible to ensure that the machining error of the blade profile is controlled within a very small range, meeting the precision machining requirements of complex blade surfaces and ensuring the efficient operation and reliability of the engine. At the same time, in the machining of aircraft structural components such as wing beams, the stable power output of the driver can maintain the continuous operation of the machine tool for a long time, ensuring the stability of the machining process and greatly improving production efficiency.
2、 Automotive industry field
Automobile production pursues a balance between efficiency and high precision. This driver is widely used in the automotive parts manufacturing process. In the machining of engine cylinder blocks and cylinder heads, the various axes of the machining center can be driven to move in coordination, achieving high-precision hole system machining and plane milling, ensuring the assembly accuracy of engine components, and improving engine performance. In terms of automotive automation production lines, the M.1302.7479 driver controls the operation of assembly robot joints and conveyor line motors. For example, on the automobile assembly line, precise control of the robotic arm's grasping and installation of parts, while ensuring that the conveyor line transports the vehicle body and parts at a stable speed, achieves high automation and precise synchronization of the production process, and improves the efficiency and quality of the entire vehicle production.
3、 Heavy equipment manufacturing field
Heavy equipment such as construction machinery, mining machinery, etc. often have large volumes and high processing difficulties in their components. M. The 1302.7479 driver is compatible with high-power motors, providing strong power for heavy-duty machine tools. In large-scale gear machining machines, the driver precisely controls the motion trajectory of the gear machining tool, ensuring the tooth profile accuracy of large modulus gears and meeting the strict requirements of heavy-duty equipment transmission systems for gear quality. When processing large rotating parts such as shield machine cutterhead, the stable torque output of the driver can drive the machine spindle to drive the cutterhead to rotate smoothly. With precise feed control, efficient processing of the complex structure of the cutterhead can be achieved, ensuring the reliable operation of heavy equipment.
2.产 品 展 示
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