The overall layout of Gantry Double Column Machining is a fixed-beam beam structure, with the workbench moving forward and backward; the left and right columns and the bed are distributed on both sides of the workbench. The gantry worktable moves forward and backward on the X axis, the ram moves vertically on the skateboard in the Z direction, and the skateboard and the ram move horizontally on the beam in the Y direction.
The structures of major components for double-column machines have been designed with the finite element method. We refine our design and improve product quality. provides stability, and power required to deliver super-sized precision for meticulous industries such as electronics, and automotive. The solid double-column construction ensures greater rigidity and closer tolerances, making this machine well-suited for the efficient machining of general parts and rapid die & mold jobs.
Adopt gantry frame fixed beam structure, machine bed and main parts use high-strength cast iron, ensure the stability of the machine during long use term. X/Y-axis adopts super overloading linear rolling guideway, Z-axis adopts rectangular hardened and plastic hard guideway; high-precision, high-speed, strong cutting, and highly rigid. The spindle box is equipped with a hydraulic automatic balancing system, balancing dynamically the self-weight of the spindle box, guaranteeing processing accuracy and stability of the machine tool. For high-precision and high rigidity and large-torque spindle unit, the main transmission adopts gear speed shifting, high and low-speed automatic transmission by hydraulic station, suitable for low-speed heavy cutting.
Double Column Machine Center is mainly used for the processing of large mechanical parts and molds. It can meet the numerical control processing requirements of many kinds of precision parts such as basic large parts, plates, pan heads, molds etc. It is widely used in the processing of general mechanical parts, automobile molds, stamping molds, shipping molds, precision mechanical parts, large electronic product cases and etc.
The overall layout of Gantry Double Column Machining is a fixed-beam beam structure, with the workbench moving forward and backward; the left and right columns and the bed are distributed on both sides of the workbench. The gantry worktable moves forward and backward on the X axis, the ram moves vertically on the skateboard in the Z direction, and the skateboard and the ram move horizontally on the beam in the Y direction.
The structures of major components for double-column machines have been designed with the finite element method. We refine our design and improve product quality. provides stability, and power required to deliver super-sized precision for meticulous industries such as electronics, and automotive. The solid double-column construction ensures greater rigidity and closer tolerances, making this machine well-suited for the efficient machining of general parts and rapid die & mold jobs.
Adopt gantry frame fixed beam structure, machine bed and main parts use high-strength cast iron, ensure the stability of the machine during long use term. X/Y-axis adopts super overloading linear rolling guideway, Z-axis adopts rectangular hardened and plastic hard guideway; high-precision, high-speed, strong cutting, and highly rigid. The spindle box is equipped with a hydraulic automatic balancing system, balancing dynamically the self-weight of the spindle box, guaranteeing processing accuracy and stability of the machine tool. For high-precision and high rigidity and large-torque spindle unit, the main transmission adopts gear speed shifting, high and low-speed automatic transmission by hydraulic station, suitable for low-speed heavy cutting.
Double Column Machine Center is mainly used for the processing of large mechanical parts and molds. It can meet the numerical control processing requirements of many kinds of precision parts such as basic large parts, plates, pan heads, molds etc. It is widely used in the processing of general mechanical parts, automobile molds, stamping molds, shipping molds, precision mechanical parts, large electronic product cases and etc.
