Hydraulic jacks, as powerful assistants in lifting operations, not only need to have sufficient load capacity, but also their stability is of utmost importance. During the lifting process, keeping it from overturning is the cornerstone of ensuring operational safety. To achieve this, good terrain is an external objective condition, and the design of the hydraulic jack base undoubtedly plays a more critical role.

The safety concept always adhered to in the design of hydraulic jacks is that only when the chassis is stable can the jack be stable. Especially during lifting operations, balance and stability are given top priority. After numerous updates and upgrades, hydraulic jacks have almost reached their optimal state. Take the base as an example, we have creatively thickened and enlarged it to make the hydraulic jack safer and more reliable in practical use.

Thickening the base is like injecting a steady "confidence" into the jack. By increasing the weight of the base, the center of gravity of the entire jack is steadily lowered. You should know that the lower the center of gravity, like a giant tree rooted in the earth, the more stable it is in complex environments. And increasing the base is like opening up a vast "stability zone" for the jack. The larger base makes intimate contact with the ground, forming a larger attachment area, which not only reduces pressure, but also puts a layer of "stable armor" on the jack, greatly improving its stability. In this way, hydraulic jacks can steadily move forward in various lifting operations, safeguarding our work.