Gear Skiving

The DKCK‑VMC450 is a universal 6‑axis gear machining center engineered for high‑precision manufacturing of complex gear components and functional transmission parts. Following the DASK design philosophy, the machine focuses on maximum process integration, kinematic flexibility, and long‑term machining stability.

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Description

Technical Parameters

Product Introduction

Universal 6‑Axis Machining Platform

The machine configuration combines three linear axes (X, Y, Z) with three rotary axes (SP1, B, C), enabling true 6‑axis coordinated motion. The integrated swivel head, rotary table, and workpiece spindle allow complex geometries, freeform surfaces, and internal structures to be machined in a single clamping setup.

Process Integration & Accuracy

By enabling simultaneous multi‑axis interpolation, the DKCK‑VMC450 significantly reduces secondary setups and manual repositioning. This integrated machining approach improves geometric accuracy, repeatability, and surface consistency across all functional features of the component.

Rigid Machine Structure

The machine bed and column are manufactured from high‑quality cast iron and optimized through structural analysis to achieve high static and dynamic rigidity. Excellent vibration damping and thermal stability ensure consistent machining results under continuous production conditions.

Gear Skiving Capability

The robust mechanical design provides the stiffness required for demanding gear skiving operations. Stable axis synchronization and precise motion control allow high‑quality tooth profiles, making the DKCK‑VMC450 an ideal solution for automotive and industrial gear production.