MES & Quality module Coming soon — on the roadmap

An MES that takes its data from the machines themselves

Fidar MES & Quality connects the shop floor to the ERP: operators record starts and stops on a touch panel, output counts come from PLCs and sensors, OEE is calculated live per machine and quality results attach to the same batch. It is one of the advanced capabilities on Fidar’s roadmap.

On the roadmap · builds on Manufacturing & MRP

This module is in development. What you read on this page is our design and plan for this module, not something you can use today. We publish its schedule and status on the roadmap.

Problem and solution

The gap between the shop floor and the office

In many factories, output figures are written on paper at the end of a shift and keyed in the next day. Short stops aren’t recorded, the causes of scrap are unknown and the production manager always decides with yesterday’s data.

Problem

Stops are invisible

Five-minute stops never appear in a report, yet add up to hours every week.

In Fidar (in development)

Stops recorded with a reason from the operator panel or directly from machine signals, with Pareto analysis of causes.

Problem

OEE is late and estimated

OEE is calculated monthly in a spreadsheet with varying assumptions.

In Fidar (in development)

Live availability, performance and quality per machine and line, with one consistent definition.

Problem

Quality lives apart from production

Test results sit in the lab notebook, unlinked to the production batch.

In Fidar (in development)

Sampling plans, control charts and Cp/Cpk per operation; an automatic certificate of analysis per batch.

Problem

Breakdowns come as a surprise

Maintenance happens only after failure, and spare parts aren’t in stock.

In Fidar (in development)

Preventive maintenance by time, usage or sensor data; failure history, MTBF and MTTR.

Capabilities

Capabilities designed for MES & Quality

Shop-floor control

  • Operator touch panelStart and stop operations, log stop reasons, view work instructions.
  • Material scanningRecord material lots on the work order.
  • Automatic countsOutput counted from PLCs and sensors.
  • Process parametersTemperature and pressure on the production batch.

OEE and IoT

  • Live OEEAvailability × performance × quality per machine and line.
  • OPC UA and MQTTThrough a lightweight gateway next to the machines.
  • Plant dashboardA live view of every line for the production manager.
  • Stop analysisPareto of stop causes and their duration.

Quality and SPC

  • Control chartsX̄-R and other standard SPC charts.
  • Cp and CpkProcess capability indices.
  • Sampling plansIncoming, in-process and final inspection.
  • Certificate of analysisAutomatic for each batch.

Maintenance and traceability

  • Preventive maintenanceBy time, usage or sensor data.
  • MTBF and MTTRFrom each machine’s failure history.
  • Batch genealogyFrom supplier materials to customer, for recalls.
  • Anomaly alertsWhen sensor data leaves its range.

Measure OEE correctly

Before connecting machines, agree on definitions: what counts as planned production time, which stops are planned and what each machine’s ideal rate is. OEE without shared definitions isn’t comparable.

Keep the list of stop reasons short and specific — eight to twelve reasons are enough. A long list makes operators always choose “other”.

Start with one bottleneck machine. OEE gains at the bottleneck add directly to the whole plant’s capacity, and the result is tangible for management.

Design the operator panel with the operators. Buttons must work with gloves, text must be readable from two metres and logging a stop should take no more than two taps. A slow panel produces incomplete data.

Before connecting IoT, run manual entry on the panel for a few weeks. That tests your definitions and stop reasons, so when automatic counting is connected only the data source changes, not the process.

Reports

Designed plant reports

From the live shift view to monthly management analysis.

Management dashboards and report builder
  • OEE per machine and line

    With all three components and daily trend.
  • Stop Pareto

    The main causes of lost time.
  • Control charts

    Statistical state of each quality parameter.
  • Scrap and rework

    By cause, work centre and operator.
  • Maintenance KPIs

    MTBF, MTTR and PM compliance.
  • Batch genealogy

    Forward and backward trace.

Access

Access on the shop floor

Operators see only their station and orders, supervisors see the whole line, and quality release is reserved for the quality role.

Security and user access
Operator station sign-inOnly that station’s operationsScope
Quality approvalQuality-control role onlyRole
Batch releaseRejected batches can’t ship without approvalRule
Costs hiddenFrom shop-floor rolesField security
Full loggingEvery entry and approval with user and timeAudit

We’ll tell you when it’s ready

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Fidar MES FAQ

What is an MES and how is it different from ERP?

An ERP manages planning and resources across the company; an MES manages real-time execution on the shop floor. Fidar puts both on one dataset. More in what is MES.

How is OEE calculated?

OEE is the product of availability, performance and quality. Our guide to ERP for manufacturing walks through an example, and the glossary defines each factor.

Can older machines be connected?

Connectivity is designed through a lightweight gateway using OPC UA and MQTT. Machines without digital output are covered by a count sensor or manual entry on the operator panel.

When will MES be released?

MES, OEE, IoT and SPC are advanced capabilities on the roadmap, released after Manufacturing. If your plant is a good pilot fit, describe it in the “Notify me” form.

Is it suitable for food and pharma?

Yes. Full batch genealogy from raw material to customer, process-parameter capture and automatic certificates of analysis are designed for exactly these industries.

What is SPC?

Statistical process control monitors quality parameters with control charts so drift is spotted before defective product is made. More in what is SPC.

Put your plant forward for the MES pilot

We work with a handful of manufacturers before release so Fidar MES is built around real shop floors.