Overall Equipment Efficiency - Links control systems to ERPs to other IT systems, and gathers data to increase availability, quality and rates

    OEE

    Overall Equipment Efficiency - OEE - Process Control Systems

    Using real time data to improve Overall Equipment Effectiveness.

    OEE Intro

    EKHO OEE enables you to identify, quantify and monitor the impact and cost of sub
    optimal production, quality, and operational and financial performance.

    Ekho OEE provides real-time performance measurement capabilities to improve
    equipment runtime, production throughput, final product quality, equipment and
    production scheduling, raw material supplier accountability, and overall profitability.

    With Ekho OEE, you can reduce major areas of losses from equipment failures and
    downtime, product changeovers, process and batch holds, process deviations,
    reduced yield, rework and adjustments.


    Customers Use Ekho OEE for :

    Improving Production and Asset Performance

    • Monitor production and performance in real time
    • Highlight reasons for lost production
    • Provide asset performance comparisons
    • Determination of sector efficiency

     Automation of Metrics calculations

    • Automatic data collection and calculations
    • Quality & Production Specification Management
    • Automatic Downtime Capture
    • Understand where improvements can be made

    Managing Resources

    • Increase efficiency and effectiveness of resources
    • Improved reporting, analysis,
      communication & knowledge transfer
    • Dynamic Query, Reporting and Visualization
    • Statistics by group, sub group or equipment
    • Export to Excel or PDF

    Easy Deployment and scalability

    • Configurable Calculations
    • Automatic Calculation of
      Availability and Performance KPI’s
    • Actual vs Planned Equipment Availability Analysis
    • Compare Actual Performance to Budget
      and Standard Metrics
    Benefits to the OEE User Include:
    • Analysis of operating cost variables 
    • Analysis of equipment stoppages and breakdowns
    • Control of fluctuations in product quality, manufacturing time and cost
    • Process and batch holds tracing
    • Determination of sector efficiency
    • Reduced rejects, returns and downgrades
    • Identification of congested areas, slowdowns, and other inefficiencies
    • Highlight reasons for lost production
    • Increased equipment availability
    • Improved production time
    • Increased profitability