CNC Drilling Tapping Milling Machine with 4th Axis

As a trustedleadingChina manufacture, Yueli’sCNC Drilling Tapping Milling Machine with 4th Axis is engineered to deliver high-precision, multi-process metal machining. This advanced solution integrates drilling, tapping, and milling functions with a 4th axis system, helping manufacturers improve productivity, reduce labor costs, and achieve consistent machining accuracy across complex components.

What Is This Machine?

The CNC Drilling Tapping Milling Machine with 4th Axis is a high-performance multi-functional machining solution designed for drilling, tapping, and milling operations on various

Key Features & Advantages

Advanced CNC Control System

· Taiwan-based CNC system with intuitive touchscreen interface

· Easy programming and fast learning curve

· Stable operation for continuous industrial use

Multi-Function Machining Capability

· Supports drilling, tapping, and milling on both axes

· Rigid tapping enabled by 5.5KW servo spindle motor

· Variable speed control (0–3000 r/min) for flexible processing

4th Axis Integration

· Enables multi-angle and multi-surface machining

· Improves productivity by reducing repositioning time

· High indexing accuracy and repeatability

High Precision & Stability

· Ball screws and linear guides ensure smooth movement

· Repeat positioning accuracy meets strict tolerance standards

· Heavy-duty structure supports stable cutting performance

Industrial-Grade Components

· HIWIN linear rails and premium ball screws

· Imported pneumatic components for reliability

· Fully enclosed protection for a clean and safe workspace

Equipment Outline Drawing

Technical Parameters

Main Configuration

4th Axis

Product Application

The CNC Drilling Tapping Milling Machine with 4th Axis is widely used in:

· Plumbing and sanitary hardware manufacturing

· Fire valve and fluid control components

· Automotive and motorcycle parts

· Home appliance hardware

· Aerospace and precision engineering

Process & Manufacturing

1. Cast iron undergoes high-temperature tempering and more than six months of aging treatment.

2. Rigorous assembly processes (linear guide rail assembly, ball screw assembly, bearing assembly, etc.).

3. Excellent scraping techniques (motor base scraping, spindle end face scraping, column mounting surface scraping).

4. Scientific production and manufacturing with a fully traceable quality control system throughout the entire process.

Quality Assurance

1. During pitch error detection, the straightness of the linear guide rails in both the XX and YY directions can be measured simultaneously, ensuring the machining and assembly accuracy of each machine component. The actual positioning accuracy and repeat positioning accuracy of the machine tool are measured.

2. Conduct whole-machine inspection of spindle perpendicularity and worktable flatness, ensuring accuracy within 0.01 mm.

3. Conduct whole-machine inspection of the perpendicularity between the Z-axis guide rail and the worktable, ensuring accuracy within 0.01 mm.

4. Conduct whole-machine inspection of the perpendicularity between the X-axis and Y-axis guide rails, ensuring accuracy within 0.005 mm.