Catch the Failure Before the Breakdown

Live OEE, machine health and energy per machine across the shop floor — with vibration drift flagged as a predictive-maintenance alert, well before the bearing actually fails.

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0%
of machine failures still arrive as a surprise on floors with no continuous condition monitoring in place
Source: Manufacturing maintenance benchmarks
0
machines is a typical shop-floor footprint where OEE, energy and health can be tracked from one dashboard instead of thirty logbooks
Source: Shop-floor OEE deployments
0s
is roughly the lead time a vibration-drift alert can give before an actual fault event, when the trend is being watched continuously
Source: Predictive-maintenance design target

Machines Are Islands Until Something Breaks

On most shop floors, a machine's health is only known when someone walks the line or when it stops. Current draw, vibration, temperature and run hours all carry early warning signs — but without sensing on the equipment, those signs go unread until the line is already down.

Unplanned Downtime

A motor, bearing or pump fails without warning and production stops, because nothing was watching the early trend.

Vibration Drift Goes Unread

A bearing starts drifting toward failure days before it lets go — invisible without a continuous vibration trend to compare against.

No Floor-Wide OEE View

Each machine is its own island. There's no single dashboard showing availability, performance and quality across the floor.

Energy Waste Hides in Plain Sight

Without per-machine energy data, idle draw and inefficient cycles quietly add to the power bill unnoticed.

Factory floor machinery

A Shop Floor That Watches Itself

Vibration, current and run-hour readings from every machine flow into the Barquecon platform, where one OEE dashboard tracks the floor and a predictive-maintenance flag catches drift before it becomes a breakdown.

Live OEE Dashboard
Availability, performance and quality tracked across every machine on the floor, in one place.

Predictive Maintenance
Vibration and current trends flag a drifting bearing or motor before it fails.

Energy Per Machine
Idle draw and inefficient cycles surfaced per machine instead of buried in a shift report.

How the Data Actually Flows

From a vibration or current sensor on the machine to a maintenance ticket — the path a live deployment runs, sensor to dashboard.

Machine Sensors

Vibration, current, temperature, run-hour telemetry

Edge Gateway

Local aggregation, buffering during network drops

Trend & Threshold Engine

OEE calculation, drift detection against baseline

Predictive Alert

Maintenance flag raised ahead of the fault event

Floor Dashboard

Live OEE, energy and machine-health view

What a Deployment Includes

The building blocks we combine to fit the machines and panels you already run.

Vibration & Current Sensors

Retrofit sensors on motors, pumps and bearings reporting continuous condition data.

OEE Dashboard

Availability, performance and quality tracked live across every machine on the floor.

3-Phase Power Control

Remote switching and monitoring for heavy three-phase loads, no trip to the panel.

Predictive Maintenance Alerts

Drift-to-failure detection that raises a maintenance flag ahead of the actual breakdown.

Energy & Load Insight

Per-machine energy and run-time data to find waste and trim idle draw.

Fault & Safety Alerts

Overheating, abnormal current or fire-risk readings pushed the moment they appear.

Connects Into What You Already Run

Machine data is only useful where your team already works — we integrate rather than replace.

CMMS / Maintenance Systems

Push predictive-maintenance flags straight into the work-order queue your team already uses.

ERP & Production Systems

Tie OEE and downtime data back to the production order, so planning has one source of truth.

Alerting Channels

Push fault and drift alerts to SMS, email or a channel your maintenance team already watches.

What Continuous Monitoring Changes

Concrete outcomes from putting a live health signal on every machine.

Fewer

surprise breakdowns once drift is caught by a predictive alert instead of a failed part.

Higher

OEE once availability losses are visible per machine instead of buried in a shift report.

Lower

energy cost once idle draw and inefficient cycles are visible and can be trimmed.

Directional outcomes based on what continuous condition monitoring makes visible — we'll size the specific case against your floor and machines during a pilot.

Ready to Put This on Your Floor?

Talk to our team about your machines, or book a pilot and we'll shape it around them.

Talk to Our Team Book a Pilot

Let's Work Together

Contact Us and We'll Help You

Whether you have a question, an idea, or a project in mind, our team is ready to assist you every step of the way.