Manufacturing and industrial sites run on pressure. We monitor it in real time across every vessel, line and cylinder you operate — instant alerts the moment it rises or drops, every asset on one live dashboard.
High-accuracy wireless sensors that retrofit to the assets you already run — no wiring, battery-powered and movable — reading pressure continuously alongside temperature and humidity, and raising an instant alert the moment a reading moves outside its band. Built to run a single line or a national estate on the same feed.
How it works
A calibrated wireless sensor fits to the pressure point with no wiring — battery-powered and movable, so it goes on vessels, lines, compressors and cylinders in minutes and follows the assets that matter.
The moment pressure crosses a high or low limit it becomes a real-time alert and a status change on the dashboard — not something found at the next manual check.
Each point can report pressure with temperature and humidity alongside, configured to the asset, so you see the full condition picture rather than a single number.
Any number of pressure points across any number of sites on a single live dashboard, with routing by area and team and a timestamped record for trend, audit and review.
We do not replace your gauges or your plant. We retrofit a high-accuracy wireless sensor to each pressure point, read it continuously, and put every asset across the estate on one live view — with an instant alert the moment a reading moves outside its band.
Pressure is one of the conditions a site cannot afford to get wrong. A vessel drifting high, a line losing pressure, a cylinder quietly discharging — each can mean lost product, downtime, or an asset that is no longer doing its job. The gap is rarely the gauge on the equipment; it is knowing, across a whole estate, which assets are out of band right now.
We close that gap with a high-accuracy wireless sensor retrofitted to the pressure point. It reads continuously, transmits in real time, and is calibrated to the asset so the readings are trustworthy. Because it is battery-powered and needs no wiring, it goes onto vessels, lines, compressors and cylinders in minutes — and because it is movable, it follows the assets that matter rather than fixing you to one install.
Pressure is rarely the only thing worth watching, so temperature and humidity are read alongside it. The instant any reading crosses its high or low limit, that event is pushed as a real-time alert and the asset's status updates on the dashboard. Routing is shaped around how the site is run — by area, line, team and escalation path — so a pressure excursion reaches the person who can act on it immediately.
It is built for retrofit and for scale. The sensors are CE-certified, low-cost, designed for multi-year battery life, and the same architecture runs a single critical vessel or thousands of pressure points across a national estate on one consistent feed, with a timestamped record throughout. No capital project, no rip-and-replace.
This is the live pressure-intelligence layer over the plant you already run. It tells you the moment something moves, gives you the trend and history behind it, and works alongside your existing instrumentation and maintenance regime rather than replacing it.
The blind estate
Sites rely on gauges read on a walk-round and instruments wired into one plant room. Across an estate there is rarely a single place that shows which vessels, lines and cylinders are drifting high or low right now — so an excursion is found late, if at all.
Rise or drop, instantly
When a reading crosses its limit, the event is captured and pushed as a real-time alert — routed by area, line, team and escalation path — so a rising vessel or a dropping cylinder is acted on immediately.
Trend and evidence
Every reading and alert is timestamped and retained, giving a trend per asset that supports maintenance decisions, root-cause review and the case for action.
Deployment route
A practical route from pressure brief to live monitoring — covering the assets and pressure points, sensor retrofit, limits and alert routing, and estate rollout.
The process is specific to pressure: understand the assets and their safe bands, fit the sensors to the pressure points, set high and low limits and alert routes, prove it in the field, then scale across the estate.
Map the assets and pressure points, their safe high and low bands, who needs to know when one drifts and how cover works.
Pressure brief
Profile the pressure points, sensor fittings, mounting, gateway placement and the RF conditions across the site.
Site profile
Fit the wireless sensors to the pressure points with no wiring, and configure limits, dashboard views and alert routing.
Sensors fitted
Run a controlled period to confirm readings track real conditions, limits are sensible and alerts fire and route correctly.
Pilot proven
Roll the monitoring layer out across the estate, with status, alerting, reporting and the trend record built in.
Estate rollout
Running pressure-critical assets across a plant, a process line or a multi-site estate?
Book a site surveyWhere it applies
Hold production within its pressure band and catch drift before it becomes scrap, downtime or a quality problem.
Air receivers, compressors and vessels watched continuously, with leaks and losses surfaced as they start.
Gas, CO2 and pressurised suppression cylinders stay charged — know the instant one loses pressure rather than at the next inspection.
Any number of pressure-critical assets across sites on one dashboard, with routing and a record for every team.
FAQ
It is high-accuracy wireless sensing retrofitted to vessels, lines and cylinders that reads pressure continuously and raises an instant alert the moment a reading rises or drops outside its band.
Pressure vessels, process lines, cylinders, receivers and compressed-air or gas assets across manufacturing and industrial sites — anything whose pressure state matters to production or safety margins.
No. The sensors are battery-powered, retrofit to the assets you already run and can be moved as the plant changes, so monitoring follows the process rather than the cable routes.
Each asset has its own expected band, and a rise or drop outside it is alerted immediately, routed to the right team with escalation if it is not acknowledged.
Yes. Every reading builds a per-asset history, so slow decline, creeping rise and cyclic behaviour are visible as trends and exportable as evidence for maintenance and review.
Yes. The same architecture runs a single production line or a national multi-site estate, with every monitored asset on one live dashboard.
Tell us about the assets, their safe pressure bands and how many sites you run. We will shape a practical pilot that puts the estate on one live view.
Direct contact
Location
Aylsham Business Park, Norwich
Norfolk NR11 6FD · VAT GB 409644484
Tell us about the pressure-critical assets, their limits, your sites and how alerts need to reach your teams. An engineer will review it.