Manufacturing & factory automation, done simply

We turn operational noise into signal.

Halvexa is a business process and manufacturing automation consultancy for UK factories and SMEs. We build the sensors, dashboards and automated workflows that take scattered shop-floor and back-office data and make it readable — one clear picture instead of six disconnected systems. Most people are surprised how little it takes to get the first piece running.

LIVE READOUTCH.1 — OPERATIONS
RAW — 6 SYSTEMS, NO SHARED VIEW HALVEXA — ONE DASHBOARD
Low cost

Because it’s simple to set up — one process at a time, on systems you already run — there’s no big-platform price tag to absorb before you see anything working.

Fully customised

Nothing off-the-shelf. Every dashboard, sensor and workflow is built around what your business actually needs to see — not a generic template with your logo on it.

Weeks, not months

Simplicity is what makes the timeline short. A narrow first project means less to build, less to test, and less that can go wrong before it’s live.

See it in action

Fridge and freezer monitoring — usually the easiest place to start.

Cold storage is where a lot of food businesses lose money quietly: a door left ajar overnight, a compressor failing over a weekend, stock written off before anyone knew there was a problem. It’s also one of the simplest things to automate.

ILLUSTRATIONFRIDGE & FREEZER MONITORING
FRIDGE FREEZER LIVE — COLD STORAGE FRIDGE — CURRENT 3.2°C FREEZER — CURRENT -19.4°C 24H RANGE Fridge 2.1° – 4.0°C Freezer -21.2° – -18.6°C ⚠ ALERT — SENT TO PHONE Freezer door open 6 min 14:32 — resolved 14:41

What gets captured automatically

  • Temperature every few minutes, not once or twice a day on a clipboard
  • Door-open duration, so a compressor working overtime gets flagged, not just a full failure
  • Instant alerts to a phone when a reading drifts outside your set range — including overnight and weekends, when nobody’s walking past to notice
  • A digital compliance log, ready for an EHO inspection instead of a folder of paper temperature sheets
See more metrics we track →
Another example

Automatic reject counting on a production line.

Most lines still catch faults the same way: an operator eyeballing product as it goes past, tallying rejects on paper if they get counted at all. A photo sensor and a counter turn that into something consistent and measurable.

ILLUSTRATIONPHOTO SENSOR & REJECT COUNTER
REJECTS PHOTO SENSOR LIVE — LINE 2 UNITS PASSED TODAY 8,412 REJECTS TODAY 96 REJECT RATE 1.14% today · 0.92% 7-day average ⚠ ALERT — SENT TO SUPERVISOR Reject spike — 3 in 5 minutes Line 2 — 11:04

What gets captured automatically

  • Every unit counted as it passes the sensor, not tallied by hand at the end of a shift
  • Faults flagged and diverted the moment the sensor catches them, rather than found downstream
  • Reject rate tracked hour by hour, so a spike gets caught the same shift, not the following week
  • A running log of when and where rejects happen, making it far easier to trace back to a cause
See more metrics we track →

One line, from machine to decision.

Same four steps on every project — we just build them out of whatever mix of hardware and software your operation actually needs.

01 SENSE Sensors on machines, lines and vehicles 02 CAPTURE Data lands in one place, automatically 03 DECIDE One dashboard, not five spreadsheets 04 ACT Workflows and alerts that run themselves
Why it’s easier than it looks

The reasons teams put off automation don’t hold up in practice.

Manufacturing automation has a reputation for being expensive, disruptive and slow. In practice, most of that comes from projects that try to do everything at once. One process at a time, it’s a much smaller job than people expect.

“We don’t have the budget for a big system”

You don’t need one. A single sensor on one machine, or one automated report, is a small, contained project — not a six-figure platform. Most engagements start there and expand only once the first piece is paying for itself.

“Our systems are too old to connect to anything”

That’s rarely true in practice. Automation gets built on top of what’s already running — spreadsheets, an ageing ERP, a POS system — rather than replacing it. If it can export a number, it can usually feed a dashboard.

“It’ll disrupt production while it beds in”

Every project runs alongside the existing process first. Nothing manual gets switched off until the automated version has been proven — usually for weeks — so there’s no point at which the floor is relying on something untested.

“Nobody has time to learn new software”

The best automation is invisible: a report that used to take an afternoon now just exists every morning. There’s rarely a new interface to learn — the workflow just runs, and the result lands somewhere people already look.

Common questions

Is manufacturing automation only for large factories with big budgets?
No. Most projects start with a single line, machine or process, prove the value, then expand — there’s no requirement to automate the whole factory at once.
Do we need to replace our existing systems first?
Almost never. Automation is built on top of the systems you already run, rather than ripping them out and starting again.
How long until we see results?
A first working pilot is typically live within a few weeks, the scope starts narrow: one line, one workflow, or one dashboard.
Will it disrupt production?
No — projects run alongside existing processes until proven, before anything manual is retired.

What that actually looks like, week by week

A realistic shape for a first project — not a guarantee, but the pattern most engagements follow.

Day 1

Discovery call

A free 20-minute conversation about what’s actually slowing your team down — no proposal deck required to get a straight answer.

Week 1

Scoped to one process

One machine, one workflow, or one dashboard — narrow enough to build properly and prove quickly.

Weeks 2–3

First pilot live

Running alongside your existing process, not replacing it yet — so there’s nothing to lose if something needs adjusting.

Ongoing

Review, then expand

Once it’s proven, decide together whether to hand over the manual version, extend to more machines, or stop there.

Why not a big platform?

Enterprise automation platforms are built for enterprise problems.

Most of the well-known names in this space are excellent — and are built for factories running hundreds of machines across multiple sites. If that’s not you yet, you end up paying for scale that you don’t need and waiting on an implementation timeline built for someone else’s business.

Big automation platform
Halvexa
Pricing
Licence fees, often per seat or per site, whether it’s fully used or not
You pay for what’s actually built, scoped to the problem
Time to first value
Often months of implementation before go-live
A first working pilot in weeks
Fit
A general system your process has to adapt to
Built around the process you already have
Support
A support ticket queue
Direct access to the person who built it
What we do

Three ways in — usually all three end up connected.

Whether it’s factory automation on the shop floor or business process automation in the back office, most operations don’t need a platform overhaul. They Just need the gap between what’s happening on site and what’s visible in the office closed, one piece at a time.

01 — HARDWARE

Shop-floor monitoring

Sensors on ovens, mixers, lines and vehicles. Real-time output, downtime and utilisation — with early warning before a machine fails, not after.

02 — SOFTWARE

Operations dashboards

Sales, stock, logistics and production pulled into one screen. Built on the systems you already run — no rip-and-replace, no new licence sprawl.

See what we can track →
03 — WORKFLOW

Process automation

The manual reconciliation, reporting and admin that eats a day a week, rebuilt as something that runs quietly in the background instead.

See how systems connect →
Our own product

Gaffer — job management for the trades.

The same thinking, packaged. Gaffer is a bespoke job management software for electricians, plumbers, joiners and every other trade: quotes that chase themselves, invoices that raise themselves, and a straight answer on which jobs actually made money.

01 — CHASING

The admin does itself

Unanswered quotes get followed up. Overdue invoices get chased against each customer’s own terms. Nobody has to be the bad guy about the money.

02 — ON SITE

Software built for using in a van, not a desk

Photograph a supplier invoice at the merchant’s counter and the figures are read off it. Attach a certificate from your phone and email it to the customer.

03 — MONEY

Profit per job, not per month

Real hours against quoted, real material cost against the estimate. You find out a job’s losing money while it’s still running — not months later when the accountant tells you.

See Gaffer →
Built, not theorised

We’ve done this inside a real factory, not just a slide deck.

Halvexa born out of hands-on work inside a multi-site UK food manufacturer — building the tools from the ground up whilst the business kept running. That means we design for the constraints real operations actually have: costly legacy systems, tight margins, and teams with no time to learn something new.

  • 6 → 1 Separate spreadsheets and systems replaced by a single live operations dashboard
  • Live Driver, production and stock-reconciliation tools running daily in production, not pilot
  • 0 Rip-and-replace projects — every build works with the systems already in place
From the blog

Five places to start, across five Greater Manchester industries.

Real starting points for food manufacturing, textiles, logistics, engineering and print & packaging businesses across Bolton, Bury, Rochdale, Oldham, Trafford Park, Wigan, Stockport and Salford.

Read the blog
Get in touch

Tell us what’s still running on a spreadsheet.

A short conversation is usually enough to tell you whether this is worth doing. No proposal decks, no discovery retainer just to get a straight answer.

Bolton, UK · Working across the North West