160mm Thickness CNC Plate Drilling And Milling Machine M3-M28 Tapping Diameter

About 160mm Thickness CNC Plate Drilling And Milling Machine M3-M28 Tapping Diameter

Equipment Structure

The machine is primarily composed of a bed worktable, movable gantry, movable slide saddle, drilling and milling power head, automatic lubrication device, protection device, circulating cooling device, numerical control system, electrical system, and other components. Supported and guided by rolling guide pairs, and driven by precision lead screw pairs, the machine tool achieves high positioning accuracy and repeat positioning accuracy.

1. Machine Bed and Worktable

The machine bed undergoes welding, followed by annealing and precision machining, resulting in excellent dynamic and static rigidity with no deformation. Two high-precision linear guides are installed on both sides of the bed base, ensuring even force distribution on the guide sliders and significantly enhancing the machine tools rigidity as well as tensile and compressive resistance. The drive system adopts AC servo motors and precision ball screw pairs for double-sided drive, enabling the gantry to move along the Y-axis. Additionally, the worktable is equipped with a hydraulic cylinder clamping system.

2. Movable Gantry

The movable gantry is fabricated from gray iron (HT250) castings. Two rolling linear guides with ultra-high load-bearing capacity are mounted on the front side of the gantry. A set of precision ball screws and a servo motor enable the power head sliding plate to move along the X-axis, and the drilling power head is installed on the power head sliding plate. Gantry movement is achieved by the servo motor driving the ball screw nut to rotate on the ball screw via a precision coupling.

3. Movable Saddle

The movable saddle is a precision cast iron structural component. Equipped on the saddle are two CNC linear rail slides with ultra-high load-bearing capacity, a set of precision ball screw pairs, and a high-precision planetary reducer connected to the servo motor. This configuration balances the weight of the power head, reducing the load on the screw and extending the screws service life. It drives the drilling power head to move along the Z-axis, supporting actions such as the power heads fast forward, working feed, fast retraction, and stopping, while also integrating functions of automatic chip breaking, chip retreat, and pause.

4. Drilling Power Head

The drilling power head employs a dedicated servo spindle motor, which drives a dedicated precision spindle via a toothed synchronous belt to enhance torque. The spindle is fitted with Japanese angular contact bearings arranged in a "four-front, two-rear configuration (six rows total), enabling stepless speed adjustment. A pneumatic tool change system is equipped to ensure quick and convenient tool replacement. Feeding is driven by a servo motor and a ball screw; the X and Y axes support linkage and adopt semi-closed-loop control, realizing linear and circular interpolation functions. The spindle end features a BT50 taper hole, equipped with a high-speed rotary joint, and supports processing with a high-speed U-drill for center water discharge.

Precision and Performance for Heavy Plate Machining

Boasting high rigidity and automated systems, the CNC Plate Drilling and Milling Machine is tailored to demanding production environments. Its automatic tool changer, positional accuracy, and Siemens/Fanuc controllers ensure every component is processed with speed and meticulousness. Whether tackling custom or batch runs, operators benefit from consistent quality and reduced manual intervention.


Versatile Applications Across Metal Fabrication

Engineered for general industrial use, this machine handles mild, stainless, and alloy steel plates. Its flexible design accommodates driling, milling, and tapping tasks in fabrication shops, manufacturing lines, or construction projects. Optional bar feeders and PLC control expand its adaptability, making it a reliable solution for a wide array of CNC metalworking needs.