Three-channel Mill-Turn Machining

Redefining High-Performance Production with Synchronous X3-Axis Machining

In today’s manufacturing environment—where high efficiency, short lead times, and consistent quality are essential—traditional single- or dual-turret lathes are increasingly unable to meet the demands of high takt times and multi-process integration.
The Three-channel mill-turn machining architecture has been developed as an advanced solution to overcome these limitations.

Additional X3 Axis Enables True Synchronous Machining

With the integration of an additional X3-axis machining system, the machine can operate three cutting tools simultaneously, enabling parallel multi-process machining rather than sequential operations.
Turning, boring, facing, milling, and drilling operations can be performed within a single machining cycle, significantly reducing overall cycle time and eliminating the limitations of linear, single-turret workflows.

Significantly Reduced Cycle Time — Productivity Comparable to Three Turrets

Simultaneous operation of the three systems eliminates process “waiting time”:

Reduced tool change and idle motion
Parallel execution of machining operations
Maximized takt efficiency through synchronized cutting

In practical production environments, overall cycle time is substantially shortened, delivering productivity equivalent to that of a three-turret machine, making it especially advantageous for high-volume, short-lead-time applications.

Dual Optimization of Time and Cost

Compared with conventional multi-turret machines, the triple-system design achieves equal or higher machining performance through a more compact and efficient structure:

Reduced machine footprint
Lower energy consumption and maintenance costs
Increased output per unit time with a clearly improved ROI

This approach delivers the optimal balance of time savings × cost reduction, without increasing system complexity.

Compact Design with High-End Machining Capability

Thanks to its integrated architecture and high-rigidity structure, the triple-system mill-turn machine maintains exceptional stability and precision despite its compact footprint.
It is ideally suited for:

High-complexity components
One-cycle, multi-process machining
High-consistency mass production

Smarter Integration for Maximum Productivity

Three-channel mill-turn machining is not simply about adding more tools—it is about redefining productivity through true synchronous machining.
By delivering multi-turret-level performance within a compact machine platform, it provides manufacturers with a genuinely competitive advantage in modern production environments.

Three-channel Mill-Turn Machining