Essential details
Shipping:Express delivery
Specification Number:TP-CNC
Product Introduction
CNC machine tool
A CNC (Computer Numerical Control) machine tool is an automated machine tool that uses computer programs to control the machining process. Through pre-written machining programs (G-code, M-code, etc.), it achieves high-precision and high-efficiency machining of workpieces.
CNC Controller: Responsible for reading and executing machining programs.
Servo System: Controls the movement of each axis and the spindle.
Machine Tool Body: Includes the bed, worktable, guideways, spindle, and other mechanical structures.
Tool System: Mounts various cutting tools for cutting operations; can be equipped with an automatic tool changer (ATC).
Detection and Feedback System: Achieves closed-loop control through encoders and other devices to improve machining accuracy.
1. CNC Lathe: Used for machining shaft and disc-shaped parts.
Suitable for turning, grooving, threading, etc.
Suitable for turning, grooving, threading, etc.
2. CNC Milling Machine: Can machine planes, grooves, curved surfaces, etc.
Widely used in mold and mechanical parts manufacturing.
Widely used in mold and mechanical parts manufacturing.
3. CNC Machining Center: Integrates milling, drilling, tapping, and other processes.
Equipped with an automatic tool changer, resulting in high production efficiency.
Equipped with an automatic tool changer, resulting in high production efficiency.
4. Five-Axis Machining Center: Can perform machining of complex curved surfaces.
Commonly used in aerospace, medical devices, precision molds, and other fields.
Commonly used in aerospace, medical devices, precision molds, and other fields.
Main Application Areas
🚗 Automotive Parts Manufacturing
✈️ Aerospace Parts Machining
🏥 Medical Device Manufacturing
🔩 Mold Manufacturing
⚙️ Precision Machining
📱 Electronic Product Parts Machining
🛠️ Industrial Equipment Manufacturing
Advantages
High machining accuracy (down to the micron level)
Good repeatability
High degree of automation, reducing manual operation
Capable of machining complex geometries
Suitable for mass production, improving production efficiency
Quick product changeover, only program modification required
High machining accuracy (down to the micron level)
Good repeatability
High degree of automation, reducing manual operation
Capable of machining complex geometries
Suitable for mass production, improving production efficiency
Quick product changeover, only program modification required
Common Machining Materials
Ceramic materials (zirconia blocks, ceramic parts, etc.)
Engineering plastics (POM, PEEK, nylon, etc.)
Aluminum alloys
Stainless steel
Carbon steel
Titanium alloys
Copper and copper alloys
Some composite materials
Ceramic materials (zirconia blocks, ceramic parts, etc.)
Engineering plastics (POM, PEEK, nylon, etc.)
Aluminum alloys
Stainless steel
Carbon steel
Titanium alloys
Copper and copper alloys
Some composite materials