Designed from the ground-up to pack the largest punch possible into a horizontal machining center, the NH harnesses the power of DCG^® to increase your machining efficiency. Mori Seiki combined its years of machine building experience with digital analysis tools to develop DCG (Driven at the Center of Gravity) technology, a powerful tool for boosting accuracy, reliability and productivity. Through DCG and other unique innovations, the NH Series provides stable running, 24 hours a day, 7 days a week.

To eliminate residual vibration at the tool tip, DCG causes driving forces to move through an axis’s simulated center of gravity. This allows for dramatic increases in machine speed, with no trade-off in the areas of accuracy or quality of surface finish. Additionally, the decrease in vibration boosts tool life to further reduce costs.

Your productivity will soar with the NH’s low non-cutting time and powerful drive systems. High spindle and axis acceleration rates combine with low tool-change times to provide unmatched efficiency. Reduced pallet change times on the machines’ Automatic Pallet Changer (APC) also boost productivity by increasing spindle utilization.

Extreme productivity produces extreme amounts of chips, and you’ll find unmatched chip disposal capability in the NH Series. The triple trough design features a center belt to move the bulk of the chips and dual spiral chip conveyors that handle the rest. All sheet metal leading into the chip conveyors slants at least 45° to ensure chip evacuation. The outer spiral chip conveyor extends to the setup station for added chip removal capability.

With the NH, you’ll spend less time maintaining your machine because Mori Seiki has optimized all maintenance procedures. You can access many devices, such as air valves and proximity sensors, without removing any covers. Where covers are required for safety, they are easily removed and replaced in seconds and without hassle. Devices are mounted in functional groups so you avoid searching the whole machine during troubleshooting.