The XT series is a type of machine tool specially designed for heavy cutting of disc-shaped and short shaft parts. It features an integral bed with a widened, reinforced and low center of gravity design to reduce vibrations during heavy cutting. The 45° inclined saddle layout in the X direction effectively resists forces in both horizontal and vertical directions, eliminates backlash in the lead screw, and ensures better geometric symmetry of the cutting tool during processing, reducing lateral loads on the tool. This results in longer tool life and improved processing accuracy.

The XT series is a type of machine tool specially designed for heavy cutting of disc-shaped and short shaft parts. It features an integral bed with a widened, reinforced and low center of gravity design to reduce vibrations during heavy cutting. The 45° inclined saddle layout in the X direction effectively resists forces in both horizontal and vertical directions, eliminates backlash in the lead screw, and ensures better geometric symmetry of the cutting tool during processing, reducing lateral loads on the tool. This results in longer tool life and improved processing accuracy.

ZY series models use a motor-directly-driven gantry Y-axis tool turret, ensuring Y-axis positioning accuracy, milling rigidity, and long-term machine accuracy.

Both the main and auxiliary spindles adopt permanent magnet synchronous electric spindles, which have high power and strong force, without belt drive. This enhances the dimensional stability of the machine tool during high-speed turning and further improves the surface finish of the workpiece. The spindle guide rails use large-sized and high-precision roller linear guides, which not only ensure the machining rigidity of the machine tool but also improve its machining accuracy.

The HT series is a heavy-duty turret turning center, specifically designed for heavy cutting of large discs and shafts. The tailstock and sub-spindle rail parts are all integrally cast and have undergone reinforcement and optimization treatment. The extra-wide bed is more conducive to improving processing stability and is particularly suitable for turning and milling compound processing requirements. The 45° inclined saddle, combined with large-sized roller linear guides and precision-grade ball screws, enables it to handle various processing tasks and maintain the bed accuracy for a long time.

The HTL series is a large-scale CNC turning center, specially designed for large and long shaft products. It features an ultra-wide integral bed, a 45° inclined saddle, and large-sized roller linear guides and￠50mm precision-grade ball screw. This provides sufficient machine rigidity, enabling it to handle various machining tasks and maintain bed accuracy for a long time.

VT series machine tools are professionally designed and manufactured with the main focus on low center of gravity, anti-twist, heavy cutting, and high material removal efficiency. They adopt a box-type base and widened and thickened Z-axis columns, ensuring excellent rigidity of the entire machine.

VMC series machine tools adopt a low center of gravity design, increase the span of the column, and widen the width of the Y-axis base to enhance the stability of the machine tool. By applying finite element analysis (FEM), the shape and position of the reinforcing ribs of the castings are optimized to achieve the best strength of the bed. Additionally, special reinforcement structures are implemented on the Y-axis base and the Z-axis column to ensure that the machine tool maintains good accuracy during long-term operation. At the same time, the bed structure is more conducive to heavy cutting, improving work efficiency and tool life.

VS series is a heavy-duty vertical machining center. All models adopt 6 sliders on the X-axis, 4 roller linear guides with 8 sliders on the Y-axis, and the Z-axis column is equipped with an increased installation foot span to make the base wider and provide a solid foundation for the machine tool's processing performance. The entire machine tool is professionally designed and manufactured with the main principles of low center of gravity, anti-distortion, anti-creep, heavy cutting, and high material removal rate.

CNC series of numerically controlled drilling and milling machines adopt an integral bed structure made of HT300 material, which features strong rigidity and high stability. They are equipped with 35mm P-level precision linear guides and Ø40 C-level ground ball screws, with 6 slides on the X-axis. Combined with the CNC numerical control system, they can achieve three-axis linkage and complete the drilling and milling processing of complex parts.

HMC series of machine tools adopts an advanced T-shaped integral bed structure, gantry-type column, and a front-hung box layout. It features strong rigidity and good precision retention. The entire machine tool is professionally designed and manufactured with the main focus on low center of gravity, anti-twist, anti-rust, heavy cutting, and high material removal efficiency.

HV5F series machine tools adopt a fixed gantry column integral bed structure, featuring a large-span H-shaped gantry column and a front-hung box layout. Coupled with a wide and heavy four-roller linear guide layout base, the machine tools have strong rigidity and good precision retention. The entire machine tool is professionally designed and manufactured with a focus on low center of gravity, anti-twist, and suitability for heavy cutting.

GMC series gantry machine tools, inheriting the characteristics of gantry machine tools such as strong rigidity, symmetrical structure and high stability, are equipped with oversized ball screws, roller linear guides, high-rigidity spindles, advanced numerical control systems and other components, which can meet the requirements of heavy cutting and precision processing of large workpieces and molds.

The GNC series CNC gantry boring and milling machine, inheriting the strong rigidity and high stability of gantry machines, is equipped with high-rigidity spindles, advanced CNC systems and other components. It can efficiently perform drilling, tapping and milling surface processing on large workpieces, large plates, wind turbine flanges, discs, rings and other workpieces.

GS series gantry machining centers adopt a gantry structure, inheriting the strong rigidity, symmetrical structure and high stability of traditional gantry machines, while also taking into account the rapid movement capability of vertical machining centers, significantly enhancing the processing efficiency of large workpieces for customers.