“Maximizing The Rewards Of Digital Manufacturing”
Unlocking the potential of digital manufacturing begins by evaluating the risks of your current methods. For example,
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How many hours of unplanned downtime or maintenance in a week?
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What is the cost of lost production?
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What does it cost in time, people and service providers to correct problems?
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How does one know if actual production efficiency, output and quality are living up to projections?
Maximize Capacity Utilization Of Equipment
Drive continuous improvement using real-time analytics and machine performance monitoring.
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Optimize job standards, scheduling and part costs.
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Gain real-time visibility into operational and asset performance.
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Enable knowledge sharing and collaboration using a single source of truth driven by data.
Maximize Capacity Utilization Of Equipment
Drive continuous improvement using real-time analytics and machine performance monitoring.
-
Optimize job standards, scheduling and part costs.
-
Gain real-time visibility into operational and asset performance.
-
Enable knowledge sharing and collaboration using a single source of truth driven by data.
Reduce Downtime & Maintenance Inefficiency
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Monitor control and sensor data to optimize preventive maintenance schedules and processes.
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Diagnose issues remotely with PMC and diagnostic control data and deploy predictive algorithms to alert pending problems.
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Identify alarms that are causing the most downtime and create monitors to alert maintenance when specific alarms occur.
Reduce Downtime & Maintenance Inefficiency
-
Monitor control and sensor data to optimize preventive maintenance schedules and processes.
-
Diagnose issues remotely with PMC and diagnostic control data and deploy predictive algorithms to alert pending problems.
-
Identify alarms that are causing the most downtime and create monitors to alert maintenance when specific alarms occur.