The three axes are standardly equipped with 45# roller linear guides, featuring high rigidity and excellent vibration absorption, which fully meet the finish machining requirements of precision mold surfaces. It is configured with high-speed and high-precision M80A or FANUC system (3-pack / 1-pack version), built with dedicated mold machining functions to support complex curved surface processing. 

It is capable of machining workpieces with high precision requirements and large cutting capacity. Suitable for the processing of small and medium-sized precision parts and molds, it is widely applied in industries such as precision parts for automated equipment, auto parts, medical devices and precision molds.

Multi-axis compound machining completes the processing of all complex parts in a single setup. The turn-mill compound lathe integrates high power, high-rigidity structure and high-speed machining performance. This series of CNC compound lathes delivers high-efficiency machining capability to easily meet your cutting requirements.

This machine is an automatic composite machining center integrating milling, drilling, tapping and chamfering into one unit. It is suitable for processing metal materials such as section steel, copper and aluminum profiles of various lengths. It is ideal for processing TV frames, light-duty cutting of aluminum and copper, as well as drilling and milling of profiles.

> This machine is an automated composite processing center integrating milling, drilling, tapping and chamfering, suitable for processing section steel, copper, aluminum profiles and other metal materials of various lengths;

> Processing of TV frame, light-duty cutting aluminum and copper, drilling and milling processing of profiles;

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.

From the initial design to every stage ensuring high-speed, high-precision continuous machining, ANSYS structural analysis and simulation tests are conducted on the machine tool structure to guarantee excellent bending rigidity. The DHM series horizontal machining center is well-suited for heavy cutting. 

ANSYS structural analysis and simulation experiments are carried out on the machine tool structure throughout all stages, from basic design to the realization of high-speed, high-precision continuous machining, so as to ensure the excellent bending rigidity of the machine tool.