CNC Gear Skiving Center

The DKCK-VMC450 is a high-performance 6-axis gear machining center developed by DASK CNC to meet the demands of modern, high-efficiency gear production. Inspired by the DASK philosophy of productivity, flexibility, and integrated machining, the DKCK-VMC450 delivers stable, accurate, and highly efficient machining for complex gear components.

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Description

Technical Parameters

Product Introduction

High-Speed & High-Accuracy 6-Axis Machining

The machine combines three linear axes (X, Y, Z) with three rotary axes (SP1, B, C) to realize true 6-axis, 5-axis-simultaneous machining. With the integration of a swiveling head, rotary table, and workpiece spindle, complex contours, free-form surfaces, and internal structures can be machined in a single setup.

Productivity-Oriented Machine Design

The DKCK-VMC450 is designed to reduce setup time and non-productive operations. Multi-axis simultaneous control minimizes workpiece re-clamping, shortens overall cycle time, and ensures stable machining accuracy in mass-production environments.

Rigid Structure for Stable Gear Skiving

A high-rigidity cast-iron bed and column structure provides excellent stiffness and vibration damping. This robust mechanical foundation enables stable and reliable gear skiving operations, maintaining high tooth profile accuracy even under high cutting loads.

Reliable Performance for Gear Manufacturing

The combination of rigid structure, optimized kinematics, and precise axis control allows the DKCK-VMC450 to support continuous, high-load machining. It is ideally suited for automotive gears, transmission components, and other high-precision gear applications requiring both accuracy and productivity.