Seismic milling cutter is a special tool for seismic construction, which has the characteristics of good seismic performance, stable and reliable, easy to operate, etc. It is widely used in rescue and relief work after earthquake and urban construction. The following is a detailed introduction to seismic milling cutter from three aspects: material selection, structural design and usage.

The first is material selection. The material of the seismic milling cutter is the key to manufacturing good seismic performance. Generally speaking, high-strength alloy steel is a common material for manufacturing seismic milling cutters. The material has high strength, high toughness and good wear resistance, which can maintain its structural integrity during strong earthquakes and is not easy to fracture, thus ensuring the safety of construction. In addition, the surface of the anti-seismic milling cutter can also be specially treated, such as hard chrome plating or coating ceramic materials to further improve its wear resistance and corrosion resistance.

Next is the structural design. In order to improve the stability and reliability of seismic milling cutters, their structural design is crucial. Generally speaking, the seismic milling cutter adopts a multi-stage structure, i.e., the cutting edge and the cutter bar are divided into multiple segments and connected by adjustable connectors. This design can make the connection between the cutting edge and the shank more solid, not easy to produce loose or fall off, to ensure the stability of the tool. In addition, the blade of the anti-vibration milling cutter can also be replaced with a replaceable design to facilitate the replacement of the badly worn blade in the process of use and extend the service life of the tool.

Finally, the method of use. When using an anti-vibration milling cutter, the following points should be noted. Firstly, the appropriate milling cutter blade and cutting parameters should be selected to ensure the normal work and cutting effect of the milling cutter. Secondly, a strict pre-construction inspection should be carried out to ensure that the parts of the seismic milling cutter are not loose or worn and the tool is intact. Again, use the seismic milling cutter correctly to avoid damage to the tool or work accidents caused by excessive force or improper use. Finally, clean and maintain the tool in time after use to extend the service life of the seismic milling cutter.

In conclusion, seismic milling cutter is a tool that plays an important role in seismic construction, and its seismic performance, stability and reliability and ease of operation make it become one of the indispensable tools in rescue and relief and urban construction after earthquake. Through reasonable material selection, structural design and correct use, the performance and life of seismic milling cutter can be further improved to better protect people's life and safety.