A walk-in fridge does not fail on a quiet Tuesday morning. It fails on Saturday night, two hours before a full book, and the first three questions are always the same: who supplied it, is it still under warranty, and when was it last serviced? In most kitchens the answers live in a drawer of crumpled invoices, a binder from two head chefs ago, and someone’s memory. This guide is about building the register that answers those questions in thirty seconds - for the fridges, ovens, mixers, slicers and everything else that keeps a commercial kitchen running.
What you will learn
- Why kitchens lose track of equipment
- Build the register: one record per appliance
- Service history: the record that pays for itself
- Labelling in a hot, greasy environment
- Moves, spares and multi-site kitchens
- Tools that make this easier
- FAQ
Why kitchens lose track of equipment
Kitchen equipment rarely walks out the door - a 200 kg oven is hard to steal. What gets lost is the information:
- Paperwork scatters at purchase. The invoice goes to accounts, the warranty card stays in the box, the manual goes in a drawer. By the time the appliance breaks, the three documents that matter are in three places.
- Staff turnover erases memory. Kitchens turn people over fast. The sous chef who knew the slicer’s quirks and which engineer fixed it last has moved on, and the knowledge left with them.
- Repairs are invisible. Engineers come, fix, invoice. Nothing records that this is the third compressor callout on the same fridge in eighteen months - which is exactly the pattern that should trigger a replacement decision.
- Small movable kit migrates. Stick blenders, thermometers, probes, induction hobs and food processors drift between stations, sites and the catering van until nobody knows what the kitchen actually owns.
The fixed equipment problem is a records problem; the small equipment problem is a tracking problem. A proper register handles both.
Build the register: one record per appliance
Start with the big six - refrigeration, cooking, dishwashing, food prep, extraction, hot holding - then sweep the small kit. For each unit, record:
| Field | Why it matters |
|---|---|
| Asset ID | The number on the label - what staff quote when something breaks |
| Type, make, model | ”The Rational” is ambiguous the day you buy a second one |
| Serial number | Required for warranty claims, recalls and engineer callouts |
| Location / station | Which site, which kitchen, which line - the multi-site essential |
| Purchase date + price + supplier | Drives warranty checks, depreciation and the repair-or-replace call |
| Warranty end date | The difference between a free fix and a four-figure invoice |
| Power type (gas / electric / dual) | Tells you which engineer to call before they arrive |
| Status | In use, in repair, in storage, retired - so spares are findable |
| Documents | Manual, invoice, warranty card and service reports in one place |
Capture the serial number and photograph the data plate on day one, while the appliance is clean and accessible. Reading a serial plate behind a working fryer is nobody’s favourite job.
Service history: the record that pays for itself
The register earns its keep through the service log. Every breakdown, gas safety check, refrigeration service and repair gets logged against the specific appliance - date, fault, what was done, cost, invoice attached. Three things fall out of that habit:
- Repair-or-replace becomes a calculation. When the fridge’s record shows three compressor repairs against a known purchase price, the decision makes itself.
- Warranty money stops leaking. Filter the register by warranty end date before authorising any callout. Equipment gets written off as “out of warranty” on guesswork surprisingly often.
- Inspections stop being a scramble. Where regular checks apply - gas safety, refrigeration servicing, extraction cleaning - the record shows what was done and when, with the engineer’s report attached, instead of a folder hunt before an audit.
Tip: end every engineer visit the same way - scan the appliance’s QR label and log the visit before the engineer leaves the building. The invoice can be attached later; the event must be captured now.
Labelling in a hot, greasy environment
A commercial kitchen is the hostile end of the labelling spectrum: heat, steam, fat, daily wash-downs with degreaser. The label still works if you place it well:
- Pick a cool, dry, flat spot - usually the side panel, near the manufacturer’s data plate. Never near burners, vents or door seals.
- Stay out of the wipe zone. Doors and handles get cleaned dozens of times a day; a label there is gone within a month.
- Use laminated polyester labels, not paper. They need to survive degreaser, not just water.
- Label the small kit too. Stick blenders, probes and induction hobs are precisely the items that vanish into the catering equipment pile or another site’s kitchen.
A QR label means anyone - new commis or twenty-year veteran - can point a phone camera at a machine and see what it is, who supplied it, and its whole repair history.
Moves, spares and multi-site kitchens
In a group, equipment moves: a spare mixer covers a breakdown at another site, a fridge migrates when a kitchen is refitted. Every move should be a recorded transfer - what, from where, to where, by whom - rather than a quiet edit to a location column. The discipline matters because the failure compounds: each undocumented move makes the next site’s list slightly more fictional, until the insurance renewal or a restaurant group audit reveals that nobody knows where anything is. Good inventory management at one site is a habit; across five sites it is a system or it is nothing.
Tools that make this easier
The traditional answer is a spreadsheet per site, and it fails the same way every time: it is updated at purchase, ignored at every repair, and quietly wrong within a year. Spreadsheets cannot attach an engineer’s report to a fridge or tell you the slicer’s history while you stand in front of it.
AMPthilly gives each appliance a profile with serial, supplier, purchase and warranty details, documents and photos attached. Printable QR labels open the record in any phone browser - no app needed in a busy kitchen - and issues are reported against the asset with photos, so the full repair history lives on the record permanently. Transfers between locations are logged events with an audit trail. The free plan covers 3 users and 25 assets - enough to register one kitchen’s major equipment and see whether the habit sticks.
FAQ
How do you keep track of commercial kitchen equipment? One record per appliance with serial, warranty, location and documents, a durable QR label on each unit, and the discipline of logging repairs and moves as they happen.
What should a restaurant equipment inventory list include? Asset ID, type, make/model, serial, location, purchase details, warranty end, power type, status - plus service history and attached documents if you want it to be useful in a crisis.
How do you track kitchen equipment maintenance? Log every callout and service against the specific unit with cost and invoice attached. The pattern across visits is what tells you when to stop repairing and start replacing.
Where should you put labels on kitchen equipment? Cool, dry, flat side panel near the data plate, away from heat and the wipe-down zone, on laminated stock that survives degreaser.
How do multi-site restaurant groups keep track of equipment? Location as a tracked field, every move logged as a transfer. Undocumented moves are how five accurate lists become five fictional ones.
The takeaway
Kitchen equipment tracking is not about preventing theft - it is about being ready for the moment something fails during service. Register every appliance with its serial, warranty and supplier on day one, label it somewhere the degreaser cannot reach, log every repair against the record, and treat moves between sites as transfers. Do that, and the Saturday-night fridge failure starts with a thirty-second scan instead of a drawer full of invoices.