With the continuous iteration of science and technology, hydraulic jacks have undergone continuous innovation and practical polishing, and the technical system is becoming increasingly mature, with a steady improvement in comprehensive performance. Currently, hydraulic jacks exhibit three prominent technical features, as follows:

Firstly, in terms of material application, material quality is the core prerequisite for ensuring the strength and load capacity of the jack. To further enhance equipment performance, hydraulic jacks are now widely made of high-performance materials such as high-strength steel and titanium alloys. Through material upgrades, their overall structural strength and load limit have been steadily improved, providing reliable support for heavy-duty operations.

Secondly, in terms of structural design, lightweight and convenience have become the core research and development directions. The structural design of existing hydraulic jacks is constantly being optimized, becoming more concise and compact, while significantly reducing the overall weight, effectively solving the pain point of traditional equipment being bulky, and making it easier to carry, transport, and operate on site, adapting to more application scenarios.

Thirdly, in terms of control mode, it has achieved an upgrade from traditional mode to efficient and convenient mode. In addition to retaining the classic manual pressing control method, hydraulic jacks have now added an electric driven hydraulic transmission mode, coupled with precise control of diversion valves, and also have the ability to "control multiple" operations, significantly improving operational efficiency and flexibility, meeting the needs of large-scale operations.