mfosys.in

Manufacturing Execution System for Indian MSMEs

Know where
production stands.

Bring your production plan, machine output and quality data into one view. See what’s running, what’s falling behind and where your team needs to act.

Request a free demo See what we do

From individual machines to lines and plants.

mfosys.in / MES

Production overview

Sample data
Plant 01Day shift · 08:00–16:00
Planned quantity2,400
Actual good output1,842
Plan achieved76.8%
Pressing: runningPacking: idle
Illustrative MES overview. Example figures, not live plant data.

One view of your shopfloor

  • Production planning
  • Machine monitoring
  • OEE & quality
  • SCADA & utilities

What we do.

Shopfloor data, supervisory control, automation and robotics from one team, for a single machine, a plant room or a complete line.

Isometric factory with pressing, assembly, inspection and packing stations connected by data lines to the mfosys.in MES dashboard.

Shopfloor data & MES

Plan Capture Compare

Set shift targets, capture output from every counted stage and compare plan with actual, from the plant down to one machine.

Explore the service
Machine sensors send readings through an IoT gateway to a dashboard with production charts and equipment status.

Machine data & live dashboards

Capture Connect Visualise

Read counts and status from PLCs, counters and gateways, and bring them into one live view for your team.

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A SCADA operator screen showing a boiler, feed pump, steam header and two compressors with live values, an active high-temperature alarm, a pressure trend and a remote setpoint control.

SCADA for process & utilities

Supervise Alarm Control

Watch boilers, compressors, chillers, effluent and solar plants live, get alarms before they trip, and adjust setpoints remotely with every change on record.

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Sensors detect parts on a conveyor and feed a PLC control panel that coordinates an enclosed assembly machine.

Process & machine automation

Sense Control Act

Connect sensors, PLCs and controls to coordinate machine cycles and production processes.

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A robot transfers parts from a conveyor to an assembly fixture inside a guarded cell, with a vision camera and an external control station.

Robotics integration

Pick Position Assemble

Integrate robot handling and assembly with conveyors, vision systems and machine controls.

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Not sure where to start?

Tell us what you make and what is slowing you down. We’ll suggest whether the answer is data, control, automation or a robot, and the smallest useful first step.

Talk to an engineer

From the shift plan to the shopfloor.

A shared picture for the people planning production and the people running it.

Discuss your production flow

  1. Set the target

    Define lines, stages and shifts. Add the model, SKU and quantity you plan to produce.

  2. Connect the actuals

    Capture output from configured machine signals, PLC counters or scanners as production progresses.

  3. Find the gap and act

    Compare the plan with actual output. Review line performance and quality to decide where to focus next.

Start with a line.
Build from there.

A useful first step starts with your machines, your process and the questions your team needs answered.

Scope a focused pilot

Choose a line or machine group, agree which signals and measures matter, and define what a successful pilot should demonstrate.

Connect the equipment you have

We assess available machine signals, counters and scanners, then identify the gateways or integration work your setup needs.

Bring the team into the picture

Use machine and line views for investigation, the plan board for production reviews, and a TV view for shared shopfloor visibility.

Built around how your floor works.

Explore the fit for your process, from a counted machine cycle to a multi-stage assembly line.

  • Automotive components
  • Electronics assembly
  • Sheet metal & pressing
  • Plastics & moulding
  • Industrial machinery
  • Packaging

Before you get started.

Can we begin with one machine or line?

Yes. A focused pilot lets us establish the data connection, validate counts and agree useful production views before expanding the scope.

Will it connect to our existing machines?

That depends on the signals and interfaces available. We assess the equipment first and propose the required machine connections, gateways or scanner setup.

What is needed for OEE and quality metrics?

Metrics depend on the configured production plan and the signals each machine provides. Good and reject counts support quality measures; scanner-only counts do not independently establish whether a part passed inspection.

How long will deployment take, and what will it cost?

We scope this around your machine interfaces, number of lines, required metrics and installation needs. Share your plant details and we’ll discuss a pilot and a quote.

Let’s look at your shopfloor

See what an MES could do for your plant.

Tell us what you manufacture, how many machines or lines you run, and what you want to track. We’ll use that to shape a free demo around your plant.

Request a free demo by emailChat on WhatsApp

The demo is free, at no cost and with no commitment.