5-Axis Machining Center China manufacturers

5-Axis Machining Center

TAIKAN 5-Axis Machining Center: Precision Solutions for High-End Industries

With a high-rigidity structure, multi-dimensional configuration options, optimized core components, and advanced precision control technology, TAIKAN 5-axis machining centers

provide comprehensive precision machining solutions for industries such as aerospace, medical devices, and automotive manufacturing. Covering vertical, horizontal, mill-turn, and gantry-type models, the series supports worktable diameters ranging from Φ180mm to Φ1800mm and beyond, enabling one-stop machining for both small precision parts and large complex workpieces.

Types of 5-Axis Machining Center

V-U Series

Vertical 5-Axis Machining Center

Vertical Five-Axis Machining Center

V-U Series

Vertical 5-Axis Machining Center

V-200U V-400U V-500U V-650U V-800U

FH Series

5-Axis Milling and Turning Machining Center

Milling and Turning Machining Center

FH Series

5-Axis Milling and Turning Machining Center

FH 60P-C FH 80P-C FH 100P-C FH 135P-C FH 170P-C FH-210P

Thermal & Precision Manage System | Long-Term Stability & Accuracy

Spindle Cooling

Minimizes thermal expansion effects, ensuring consistent accuracy in long-duration machining.

Hollow Ball Screw Cooling for Feed Axes

Controls heat deformation of ball screws, improving positioning precision.

Linear Scale Feedback

Provides real-time high-accuracy position feedback, ensuring dimensional consistency.

Versatile Industry Applications | Supporting High-End Manufacturing

Impellers

Precision machining of complex flow channels, ensuring high surface quality and minimal post-processing.

Precision Molds

Achieves high-gloss finishing, meeting mirror-surface machining standards.

Medical Devices

Ultra-high precision machining to comply with stringent industry regulations.

Automotive Components

High-efficiency, high-rigidity processing for mass production.

Aerospace Components

Lightweight, high-strength material machining to enhance component reliability.

Die-Cast Parts

Efficient milling for improved consistency and production efficiency.

High-Performance Core Components | Enhanced Efficiency & Precision

Rotary Table:

B/C-Axis Single-Arm Direct-Drive Rotary Table – Compact and agile, with high-speed response and superior positioning accuracy, ideal for small-part machining.
A/C-Axis Cradle-Type Direct-Drive Rotary Table – Sturdy structure for high-precision five-axis simultaneous machining.
C-Axis Mill-Turn Rotary Table – Integrated milling and turning, improving efficiency and reducing repositioning errors.
Non-Orthogonal Rotary Table – Minimizes the distance from the machining point to the rotary axis, optimizing rigidity for high-performance machining.

Tilting Head:

Single A-Axis Tilting Head – Designed for specific angle machining, offering increased rigidity and stability.
Single B-Axis Vertical-Horizontal Tilting Head – Flexible transition between vertical and horizontal machining for enhanced versatility.
DualA/C-Axis Tilting Head – Supports high-dynamic motion, ensuring superior surface quality in complex contour machining.

Tool Magazine:

Umbrella-Type Tool Magazine – Simple and fast tool changing, ideal for small-to-medium-sized parts.
Chain-Type Tool Magazine – Large tool capacity with smooth tool exchange, suitable for multi-process machining.
Slant-Disc Tool Magazine – High-speed tool changing, optimized for efficient production.
Disc-Type Tool Magazine – Balances speed and stability, providing precise tool switching while minimizing downtime.

12+ Structural Configurations: Optimized for Every Machining Scenario

We offer an industry-leading range of structural options, including:

Drilling-Milling Structure, Fixed-Column Structure, Fixed-Beam Structure, Overhead Structure, T-Type Horizontal Machining Structure, Box-in-Box Horizontal Machining Structure, Horizontal Gantry Structure, L-Wall Column Structure, Portal-Type Structure, Fixed-Beam Gantry Structure, Mobile Gantry Structure, and Bridge-Type Gantry Structure.

Each configuration is meticulously optimized for different materials, part sizes, and machining requirements, ensuring a customized solution for every application. The hybrid use of mineral casting and high-strength cast iron further enhances structural stability, reducing vibration and thermal deformation for superior machining accuracy.