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Press Release

2026/1/26

Adaptive Coolant Flow
Optimizing high-pressure coolant flow for improved energy efficiency

DMG MORI CO., LTD. (hereafter referred to as DMG MORI) has developed “Adaptive Coolant Flow,” a new solution that automatically optimizes high-pressure coolant flow during machining. The function reduces excessive coolant usage while maintaining machining performance, contributing to lower energy consumption, reduced CO2 emissions, and progress in Green Transformation (GX).

Rising global energy prices in recent years have led to increasing electricity costs in manufacturing, making sustainable production systems more important than ever. While DMG MORI already provides energy-saving functions such as “GREEN MODE,” peripheral equipment like coolant systems still account for a considerable share of total energy consumption. Precise coolant flow control therefore enables direct reductions in both operating costs and environmental impact.

Adaptive Coolant Flow automatically optimizes highpressure coolant flow according to the cutting tool. The system consists of two elements: software that calculates and regulates the optimal flow rate, and a control unit on the coolant tank. Conventional systems discharge coolant at maximum pressure by default, causing unnecessary coolant and energy loss.

In comparison, Adaptive Coolant Flow reduces the energy consumption of high-pressure pumps by over 80 %*1 while maintaining tool life and surface quality. Its complex high-pressure piping components, which cannot be machined with traditional cutting equipment, are realized with additive manufacturing on DMG MORI’s LASERTEC 30 SLM. The compact design enables efficient pressure and flow control integrated directly onto the coolant tank. Built-in sensors monitor flow rate, pressure, concentration, and temperature, with all data displayed in real time on ERGOline X with CELOS X.

Beyond reducing energy costs and CO2 emissions, Adaptive Coolant Flow also minimizes mist generation and coolant evaporation in the machining area, significantly decreasing total coolant consumption. This results in fewer refills, higher operability, and stable automated production, particularly during unmanned nighttime and weekend operation.

DMG MORI will continue to address customer needs with highly functional and reliable products that deliver longterm value.

Product Name Adaptive Coolant Flow
Compatible Models*2 5-Axis Machining Centers:
INH 63 / INH 80
Horizontal Machining Centers:
NHX 4000 4th Generation / NHX 5000 4th Generation / NHX 5500 4th Generation / NHX 6300 4th Generation / NHX 8000 4th Generation

*1 Based on example data. Results may vary depending on machining conditions and external factors.
*2 Further model support planned.
※DMG MORI CO., LTD., DMG MORI, Machining Transformation, CELOS X, and ERGOline are registered trademarks or trademarks of DMG MORI CO., LTD.

Adaptive Coolant Flow (concept image)

Adaptive Coolant Flow (concept image)

High-pressure discharge with and without Adaptive Coolant Flow

High-pressure discharge with and without Adaptive Coolant Flow