Why should manufacturers use OEE software?

OEE software provides a structured way to understand equipment performance, identify production losses, improve visibility, and support continuous improvement initiatives.

What data does OEE software typically track?

OEE systems can track operating time, downtime, production counts, cycle times, machine states, rejected units, quality events, and other production-related information.

Can OEE software integrate with existing manufacturing systems?

Yes. OEE solutions can be integrated with supported machines, PLCs, sensors, MES platforms, production databases, and other systems used within a manufacturing environment.

Can OEE software monitor multiple machines or production lines?

Yes. Solutions can be structured to provide equipment-level, line-level, department-level, or plant-level performance visibility depending on the organization's requirements.

How do we get started with an OEE software implementation?

The process can begin with an assessment of your production environment, available machine data, current performance metrics, reporting needs, and operational improvement objectives.

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OEE Software Solutions

Improve manufacturing performance with OEE software solutions that bring availability, performance, and quality data into a unified operational view. Monitor equipment effectiveness, identify production losses, and help plant teams improve throughput with actionable insights.

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What this enables

OEE software creates a measurable foundation for manufacturing performance management, helping teams move from disconnected production data toward continuous, evidence-based operational improvement.

What this enables

OEE software creates a measurable foundation for manufacturing performance management, helping teams move from disconnected production data toward continuous, evidence-based operational improvement.

Increase equipment visibility

Give plant teams a clearer understanding of how machines and production lines are performing throughout operating periods.

Reduce avoidable production losses

Expose recurring downtime, inefficient cycles, quality losses, and other sources of capacity reduction that may otherwise remain difficult to quantify.

Improve production planning

Use historical and real-time performance information to better understand actual equipment capability and production constraints.

Support continuous improvement

Establish consistent performance measurements that help teams evaluate improvement initiatives, compare results, and identify new opportunities for optimization.

Built across financial and regulated environments

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Experience with clients backed by

Built across financial and regulated environments

Alternative asset management

Specialty lending

Wealth management

PE-backed platforms

Experience with clients backed by

What we deliver

Our OEE software capabilities connect production data with performance analytics, helping manufacturers understand equipment utilization and act on the losses affecting productivity.

What we deliver

Our OEE software capabilities connect production data with performance analytics, helping manufacturers understand equipment utilization and act on the losses affecting productivity.

OEE Monitoring and Analytics

Track availability, performance, quality, downtime, production output, and other manufacturing indicators through centralized operational dashboards.

Production Loss Analysis

Identify recurring downtime, slow cycles, changeover losses, rejects, idle periods, and other factors that reduce equipment effectiveness.

Shop-Floor Data Integration

Connect machine, production, operator, and manufacturing-system data to create a more complete and timely view of plant performance.

How OEE software works

OEE software captures production information, calculates equipment effectiveness, highlights performance losses, and gives manufacturing teams the information needed to prioritize improvement actions.

Capture production data

Collect information about machine states, operating time, production quantities, cycle times, downtime events, and quality results from connected sources.

Calculate equipment effectiveness

Combine availability, performance, and quality measurements to establish standardized OEE metrics for individual machines, production lines, or facilities.

Identify performance losses

Analyze downtime categories, speed losses, production interruptions, defects, and other deviations to reveal where productivity is being lost.

Act and improve continuously

Use dashboards, alerts, reports, and historical trends to prioritize corrective actions and measure whether improvement initiatives are delivering results.

Capture production data

Collect information about machine states, operating time, production quantities, cycle times, downtime events, and quality results from connected sources.

Calculate equipment effectiveness

Combine availability, performance, and quality measurements to establish standardized OEE metrics for individual machines, production lines, or facilities.

Identify performance losses

Analyze downtime categories, speed losses, production interruptions, defects, and other deviations to reveal where productivity is being lost.

Act and improve continuously

Use dashboards, alerts, reports, and historical trends to prioritize corrective actions and measure whether improvement initiatives are delivering results.

Capture production data

Collect information about machine states, operating time, production quantities, cycle times, downtime events, and quality results from connected sources.

Calculate equipment effectiveness

Combine availability, performance, and quality measurements to establish standardized OEE metrics for individual machines, production lines, or facilities.

Identify performance losses

Analyze downtime categories, speed losses, production interruptions, defects, and other deviations to reveal where productivity is being lost.

Act and improve continuously

Use dashboards, alerts, reports, and historical trends to prioritize corrective actions and measure whether improvement initiatives are delivering results.

Capture production data

Collect information about machine states, operating time, production quantities, cycle times, downtime events, and quality results from connected sources.

Calculate equipment effectiveness

Combine availability, performance, and quality measurements to establish standardized OEE metrics for individual machines, production lines, or facilities.

Identify performance losses

Analyze downtime categories, speed losses, production interruptions, defects, and other deviations to reveal where productivity is being lost.

Act and improve continuously

Use dashboards, alerts, reports, and historical trends to prioritize corrective actions and measure whether improvement initiatives are delivering results.

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How we engage

We align OEE implementation with your production processes, equipment landscape, manufacturing metrics, and operational improvement goals to create a solution that fits the way your plant operates.

How we engage

We align OEE implementation with your production processes, equipment landscape, manufacturing metrics, and operational improvement goals to create a solution that fits the way your plant operates.

Understand production objectives

Assess shop-floor data sources

Design the OEE framework

Implement and optimize

We identify your production targets, critical performance indicators, bottlenecks, downtime concerns, quality challenges, and reporting requirements.

Assess shop-floor data sources

Our team evaluates machine signals, production systems, operator inputs, sensors, PLCs, MES platforms, and other sources that contribute to OEE calculations.

Design the OEE framework

We establish the data model, performance calculations, dashboards, alerts, workflows, and user views needed to measure equipment effectiveness consistently.

Implement and optimize

We configure the solution, validate production data, refine calculations, improve visibility, and adjust analytics as operational requirements evolve.

Understand production objectives

We identify your production targets, critical performance indicators, bottlenecks, downtime concerns, quality challenges, and reporting requirements.

Assess shop-floor data sources

Our team evaluates machine signals, production systems, operator inputs, sensors, PLCs, MES platforms, and other sources that contribute to OEE calculations.

Design the OEE framework

We establish the data model, performance calculations, dashboards, alerts, workflows, and user views needed to measure equipment effectiveness consistently.

Implement and optimize

We configure the solution, validate production data, refine calculations, improve visibility, and adjust analytics as operational requirements evolve.

Understand production objectives

We identify your production targets, critical performance indicators, bottlenecks, downtime concerns, quality challenges, and reporting requirements.

Assess shop-floor data sources

Our team evaluates machine signals, production systems, operator inputs, sensors, PLCs, MES platforms, and other sources that contribute to OEE calculations.

Design the OEE framework

We establish the data model, performance calculations, dashboards, alerts, workflows, and user views needed to measure equipment effectiveness consistently.