Dezhou Yaoxin Machinery Manufacturing Co., Ltd. develops and manufactures CNC deep hole drilling machines. For drilling diameters within the range of 3-40mm, we generally use an external chip removal method, i.e., drilling. During drilling, the tool and tool holder rotate and feed simultaneously. Yaoxne CNC deep hole drilling machines are characterized by achieving good precision and surface roughness in a single drilling operation. They are not only used for machining through holes, but also for machining stepped holes, blind holes, oblique holes, semi-circular holes, discontinuous holes, and holes in laminated plates.

Yaoxne CNC deep hole drilling machine bed is made of high-quality cast iron, ensuring high rigidity. The entire operation is CNC-controlled with display, making workpiece clamping and operation safe, fast, and stable. It is mainly used for deep hole drilling in industries such as mold making, automotive, military, aerospace, mining machinery, and hydraulics.

Choose the appropriate CNC deep hole drilling machine based on different processing conditions and requirements. This series of machine tools can be designed according to user requirements, or a special CNC deep hole drilling machine and automatic feeding device can be designed for specific workpieces.

ZK21 Series CNC Deep Hole Drilling Machine

The ZK21 series of CNC deep hole drilling machines includes single-axis, dual-axis, four-axis, and multi-axis models. For drilling irregularly shaped workpieces, single-axis CNC deep hole drilling machines are commonly used. For drilling batches of round bars, dual-axis or four-axis CNC deep hole drilling machines with workpiece rotation are typically employed.

ZKW23 series and ZK23 series three-axis CNC deep hole drilling machine

The ZKW23 series three-axis CNC deep hole drilling machine features a tool that moves along the Z-axis, while the worktable can move along both the X and Y axes.

The ZK23 series three-axis CNC deep hole drilling machine features the worktable moving along the X-axis, the cutting tool can move along the Z-axis, and the cutting tool is driven to move along the Y-axis by means of the crossbeam moving along the Y-axis.