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The HG series is a high-precision internal and external cylindrical grinder for the processing of small and medium-sized parts. It can be equipped with a universal internal and external cylindrical grinding head, and can also be equipped with a single grinding wheel for direct cutting or oblique cutting. Many of its features are specially designed according to the needs of Chinese users.

The ELITE ULTRA CNC lathe adopts an integral 45° inclined bed structure, which has good rigidity and durability. All structures and castings are designed using reverse finite element analysis. Hardinge's unique reverse finite element design method ensures that all machine tools have more scientific structural rigidity and structural rationality.

The ELITE ULTRA CNC lathe adopts an integral 45° inclined bed structure, which has good rigidity and durability. All structures and castings are designed using reverse finite element analysis. Hardinge's unique reverse finite element design method ensures that all machine tools have more scientific structural rigidity and structural rationality.

The ELITE ULTRA CNC lathe adopts an integral 45° inclined bed structure, which has good rigidity and durability. All structures and castings are designed using reverse finite element analysis. Hardinge's unique reverse finite element design method ensures that all machine tools have more scientific structural rigidity and structural rationality.

The ELITE ULTRA CNC lathe adopts an integral 45° inclined bed structure, which has good rigidity and durability. All structures and castings are designed using reverse finite element analysis. Hardinge's unique reverse finite element design method ensures that all machine tools have more scientific structural rigidity and structural rationality.

The column of the GX 1000 Plus machine tool is a C-shaped structure, and the bed and column are particularly wide, giving the machine super rigidity and durability. Both the structure and the casting have undergone finite element analysis (FEA)—a time-tested and advanced method used by Hardinge's Bridgeport? machine tool.

The column of the GX 710 PLUS machine tool is a C-shaped structure, and the bed and column are particularly wide, giving the machine super rigidity and durability. Both structural parts and castings have undergone finite element analysis (FEA)—a proven and advanced method used by Hardinge's Bridgeport? machine tools.

The GS 250 Plus CNC lathe adopts an integral 30° inclined bed structure, which has good rigidity and durability. All structures and castings are designed using reverse finite element analysis. Hardinge's unique reverse finite element design method ensures that all machine tools have more scientific structural rigidity and structural rationality.

GS CNC lathe adopts an integral 45° inclined bed structure, which has good rigidity and durability. All structures and castings are designed using reverse finite element analysis. Hardinge's unique reverse finite element design method ensures that all machine tools have more scientific and reasonable structural rigidity.