● Excellent vibration reduction performance: It can effectively reduce vibration during the machining process, greatly improve machining accuracy and surface quality, reduce the surface roughness of the workpiece, and make the machined product more refined and smooth.

● Extend tool life: By reducing the impact of vibration on the tool, the wear rate of the tool is reduced. Compared with ordinary tools, the service life is longer, reducing the cost and time of frequent tool replacement.

● Improve machining efficiency: A stable cutting process allows for the use of higher cutting parameters, thereby accelerating machining speed and completing more machining tasks in the same amount of time.

● Enhance machining stability: Maintain stable cutting performance under any machining conditions, reduce machining errors and scrap rates caused by vibration, and improve production reliability and consistency.

● Wide applicability: It can be widely used in the processing of various materials, including but not limited to metals, alloys, composite materials, etc., to meet the diverse processing needs of different industries.