Adopting modern structural design methods that combine mechanical design with finite element analysis, together with complete machine heat source management technology and ergonomic design, the machine achieves high rigidity, high speed and high precision, high reliability and excellent thermal stability. 

Can be equipped with double spindles and dual systems to realize synchronous or asynchronous machining, improve working efficiency, and process symmetrical workpieces simultaneously.

The machine tool features a small footprint. With a fixed worktable, it can bear a load of over 10 tons. Moving parts are arranged on the upper part of the machine, facilitating maintenance. As the beam serves as the main moving component with constant weight, it saves approximately 30% power compared with worktable travelling machines, and allows easy maintenance and upkeep. 

The machine tool features a small floor area. The worktable is fixed and can bear a load of over 10 tons. All moving components are arranged on the upper part of the machine, making maintenance convenient. With the beam as the main moving part and its weight kept constant, this design saves about 30% power consumption compared with conventional worktable traveling machines, and also facilitates daily maintenance and upkeep.

The machine tool occupies a small floor space. Its fixed worktable supports a load of over 10 tons. All moving parts are arranged on the upper section of the machine, enabling easy maintenance. With the beam acting as the main moving component at a constant weight, this design saves approximately 30% power consumption compared with table-traveling machine tools, while also simplifying daily maintenance and servicing.