Vertical Machining Center VMC-Series
Deed VMC-Series machining center are adopt a cross sliding table moving structure, and the guide rail adopts a linear rolling guide. It is mainly used for processing various small and medium-sized complex parts. It can complete milling, drilling, expanding, boring, tapping and contour milling in one clamping It is suitable for processing various parts with high precision, multiple procedures and complex shapes. It is a very important key equipment in general machinery, precise mold, aviation, energy, transportation and other industries.
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Vertical Milling Machine
The machine base and column basic parts apply German new mineral casting technology and casting materials. Compared with traditional cast iron, it has better vibration absorption, lower thermal expansion coefficient and lower thermal conductivity coefficient.
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Saddle, table and headstock apply German steel welding technology, it can help get higher rigidity, reduce moving parts weight, decrease movement inertia, as well as improve machine response speed and movement precision. -
Vertical Machining Center VMC-60B
The vertical machining center 60B adopts a cross sliding table moving structure, and the guide rail adopts a linear rolling guide. It is mainly used for processing various small and medium-sized complex parts. It can complete milling, drilling, expanding, boring, tapping and contour milling in one clamping It is suitable for processing various parts with high precision, multiple procedures and complex shapes. It is a very important key equipment in general machinery, mold, aviation, energy, transportation and other industries.
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High-end CNC Machine Tool
The machine base and column basic parts apply German new mineral casting technology and casting materials. Compared with traditional cast iron, it has better vibration absorption, lower thermal expansion coefficient and lower thermal conductivity coefficient.
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Saddle, table and headstock apply German steel welding technology, it can help get higher rigidity, reduce moving parts weight, decrease movement inertia, as well as improve machine response speed and movement precision.
