Ken CompactB Series 5-Axis High-Speed ​​Gantry Machining Center

Gantry Type High Speed 5-Axis Machining Center – Ken Machine Center CompactB Series

The Ken Machine Center CompactB Series is a gantry type high-speed 5-axis machining center designed for high precision and high-speed machining of complex components. The machine integrates advanced structural design and modern drive technology to ensure maximum rigidity, dynamic performance, and machining accuracy.

The machine adopts a gantry type structure with a Box-in-Box symmetrical design, which significantly increases structural rigidity and thermal stability. The column and base are manufactured as a one-piece structure, reducing deformation and ensuring stable machining performance even during high-speed operations.

For extremely fast and precise movements, the X and Y axes are driven by linear motors, eliminating mechanical transmission components and allowing very high acceleration, high positioning accuracy, and reduced maintenance requirements.

The machining center can reach feed rates up to 60 m/min, making it ideal for high-speed machining and precision finishing operations.

The machine is equipped with a direct-drive motor two-axis milling head, which provides excellent responsiveness and high positioning accuracy for complex multi-axis machining tasks.

Thanks to its 5-axis capability and rigid gantry structure, the CompactB Series is particularly suitable for precision industries requiring high speed and high accuracy machining.

• Gantry type 5-axis machining center
• Box-in-Box symmetrical structure for high rigidity
• One-piece column and base design
• Linear motor drive on X and Y axes
• Feed rate up to 60 m/min
• Direct-drive motor two-axis milling head
• High dynamic performance and machining precision

• High precision mold and die manufacturing
• Machining of aerospace components
• Production of precision mechanical parts
• High-speed finishing and complex 5-axis contour machining
• Manufacturing of automotive and advanced engineering components