Dual Spindle CNC Lathe

The DKCK-DE1200 utilizes a central clamping principle combined with synchronous double-end machining. Two independently controlled machining units operate simultaneously on both ends of the workpiece, enabling turning, drilling, and combined processes in a single setup. This integrated concept ensures maximum concentricity while significantly reducing process complexity and non-productive time.

A rigid, one-piece cast-iron base forms the foundation of the machine, delivering excellent vibration damping and thermal stability. Independent chip and coolant management systems maintain a clean machining environment and support consistent process conditions during continuous operation.

Both spindles feature stepless speed control and constant surface speed (CSS) functionality, allowing precise adaptation to varying workpiece diameters and materials. The Siemens CNC system provides high-performance motion control, intuitive operation, and reliable long-term stability for demanding industrial applications.

The bed guideways are induction-hardened and precision-ground to ensure lasting geometric accuracy. Linear movements in both axes are supported by F4 composite guideway materials, offering excellent wear resistance, smooth motion characteristics, and superior vibration absorption. This design contributes directly to high surface quality and extended machine life.

High structural rigidity, powerful drive systems, and optimized cutting dynamics enable stable machining even under high material removal rates. The DKCK-DE1200 supports reliable, repeatable production processes and is an ideal solution for manufacturers seeking precision-focused, high-efficiency series production of shaft, tube, and bar-type components.