Telescopic covers for 5-axis Double Column Machine Center

Specification

5-axis double column machining centers are widely used in high-precision, multi-face machining and complex surface manufacturing, particularly in aerospace, automotive, medical, mold, and semiconductor industries. These machines are designed to handle large workpieces and complex geometries with high rigidity and stability. Their key advantage lies in completing multi-sided machining in a single setup, reducing cumulative errors and significantly improving production efficiency.

Under high-speed and high-precision machining conditions, guideways and rotary table areas are continuously exposed to heavy chip flow and coolant, creating demanding requirements for sealing performance and structural durability. Without effective protection, fine chips and coolant intrusion can compromise machine accuracy and long-term reliability.

To meet these challenges, Tien Ding Industrial has developed a dedicated telescopic cover solution for 5-axis double column machining centers, ensuring reliable protection and stable operation in demanding environments.

Features:

1. High-performance wiper sealing system—provides excellent sealing capability to effectively block fine chips and coolant intrusion, ensuring clean and stable guideway operation.
2. Curved structural design for rotary table integration—precisely matches the rotary table movement, maintaining continuous sealing without interference during multi-axis motion.
3. High-speed operation up to 60 m/min—delivers smooth, low-friction movement suitable for high-efficiency machining environments.
4. Reinforced structural design—enhances rigidity and durability, ensuring stable performance under heavy-load and large-scale machining conditions.

Available Materials:
Cold Rolled Steel (SPCC) for general machining environments; Stainless Steel (SUS304) for corrosion-resistant applications

Operating Conditions:
Anti-vibration and noise-reduction design to improve stability and extend machine life under high-speed machining conditions.