The WHS-160F25T is a heavy-duty floor type horizontal boring machine designed for large and heavy workpieces. With a Ø160 mm BT50 spindle, 10,000 mm X-axis travel and a maximum worktable load of 25,000 kg, it is built for large-scale boring, milling and drilling operations.
The CNC horizontal boring machine is equipped with a large worktable and has a large carrying capacity. Proper sizing of the hydraulic clamping system while allowing heavy cutting capabilities. Ultra-rigid, compact spindle head housing that provides cooling and lubrication for all heat sources in the spindle head to minimize thermal costs.
YSBD-130 series are equipped with high precision and high power horizontal boring and milling performance. The large worktable, greatly meets the machining applications of energy petroleum, shipbuilding, large structural parts, construction machinery, diesel engine body, etc. The enclosed box ram and the gearbox are one-piece castings with greatly improve the rigidity and stability of the Z and W axis, and enhance the cutting ability and precision.
The WHS-160F25T is a heavy-duty floor type horizontal boring machine designed for large and heavy workpieces. With a Ø160 mm BT50 spindle, 10,000 mm X-axis travel and a maximum worktable load of 25,000 kg, it is built for large-scale boring, milling and drilling operations.
The CNC horizontal boring machine is equipped with a large worktable and has a large carrying capacity. Proper sizing of the hydraulic clamping system while allowing heavy cutting capabilities. Ultra-rigid, compact spindle head housing that provides cooling and lubrication for all heat sources in the spindle head to minimize thermal costs.
YSBD-130 series are equipped with high precision and high power horizontal boring and milling performance. The large worktable, greatly meets the machining applications of energy petroleum, shipbuilding, large structural parts, construction machinery, diesel engine body, etc. The enclosed box ram and the gearbox are one-piece castings with greatly improve the rigidity and stability of the Z and W axis, and enhance the cutting ability and precision.
