DLS series support leg is an important part used to support the vibration isolation platform, its role is to increase the stability of the vibration isolation platform and load bearing capacity. DLS series support legs are usually made of metal materials, with strong durability, good stability and other characteristics. In the field of engineering, DLS series support legs are widely used in a variety of equipment and places requiring shock absorption or isolation, such as scientific research laboratories, medical equipment, precision instruments, etc.

The design and selection of DLS series support legs is very important, on the one hand, it is necessary to consider the load and stability requirements of the platform, on the other hand, it is also necessary to consider the structural and material characteristics of the support legs. Generally speaking, the cross section shape and size of the support leg, the threaded connection method, and the surface treatment will have an impact on the performance of the support leg. When selecting the support legs, it is necessary to make a reasonable choice according to the specific use needs and environmental conditions to ensure that the support legs can meet the support requirements of the platform and have good seismic performance.

The installation and maintenance of DLS series support legs is also very important, only to ensure that the support legs are firmly installed and not loose, in order to ensure the stability and safety of the platform. In addition, regular maintenance can also extend the life and performance of the support leg, reducing the possibility of failure. In practical applications, it is necessary to pay attention to the use environment and working conditions of the support legs, so that the corresponding maintenance and maintenance work can be carried out according to the actual situation.

In general, the DLS series support legs, as an important part of the vibration isolation platform, have an important supporting role. Through reasonable design selection and correct installation and maintenance, the support legs can fully play their role to ensure the stability and safety of the vibration isolation platform. In the future engineering practice, we need to further study the design principle and performance requirements of the support leg, constantly improve its seismic performance and service life, and provide more reliable support facilities for engineering construction.