Process Monitoring to Predict Hidden Hazards and Prevent Failures
ns-Box Machine Tool Equipment Operation and Maintenance System is designed for the maintenance, repair, and operational management of equipment within manufacturing enterprises. Its MoE Predictive Maintenance Module utilizes sensors and gateways to perform real-time or scheduled data acquisition from machine tool monitoring endpoints, subsequently transmitting this data to either an edge computing system or a cloud-based platform. The system analyzes this data to facilitate continuous data flow management—spanning from the shop floor to the executive level—thereby enabling the timely assessment of the operational and maintenance status of machine tools and their peripheral equipment. This capability serves to enhance equipment utilization and operational efficiency, while realizing fully digitized monitoring of machine tool operation and maintenance processes to predict potential risks and prevent equipment failures.


Monitoring Operation and Maintenance Processes of Key Components
ns-Box Predictive Maintenance monitors and collects operational and maintenance data from critical components of machine tools. It predicts potential failures and spare parts requirements, assesses equipment health status, and generates tailored maintenance strategies. The scope of monitoring includes:
● Operational status of critical machine tool components
● Operational status of machine tool spindles and cutting tools
● Quality of cutting fluid (concentration, pH level, etc.)
● Cutting fluid levels and automatic replenishment
● Chip accumulation levels and control
● Differential pressure across oil mist separators
● Machine body vibration and noise levels
● Vibration and operational lifespan of high-pressure screw pumps
Real-time Monitoring on Operating Condition of Spindle and Cutting Tool
Through a partnership with Germany-based UTTec, ns-Box system is capable of capturing vibration data from machine tool spindles during operation. It provides real-time monitoring of the spindle and cutting tools—detecting issues such as wear, breakage, or loss—to facilitate early error detection, minimize tool consumption, prevent workpiece scrap, and eliminate the need for rework, thereby boosting production efficiency and reducing corporate manufacturing costs.
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沪ICP备05027006号-1 © Copyright NUOSUN | All Rights Reserved