The reason why screw jacks can be widely used in construction is due to their multiple significant advantages in adapting to building scenarios. Firstly, it has excellent self-locking stability. Its spiral structure design allows the equipment to maintain its current height without additional power after lifting heavy objects, and can also prevent heavy objects from falling. This greatly reduces safety risks in construction, especially suitable for component installation and support operations that require high stability.

Secondly, the adaptability of the screw jack is extremely strong. It can not only operate flexibly in narrow construction spaces, such as restricted areas between walls and at the bottom of components, but also cope with complex ground environments on construction sites. Whether it is a cement floor or a gravel site, it can work stably with simple paving and leveling. At the same time, its operation threshold is relatively low, and construction personnel can proficiently use it after simple training. The maintenance cost is not high, and daily lubrication and component inspection are all needed to ensure the long-term stable operation of the equipment. Compared to other lifting equipment, the screw jack can better demonstrate its cost-effectiveness in lifting small and medium-sized heavy objects and precise adjustment scenarios, becoming an indispensable practical tool in construction.