An equipment stand is a purpose-built platform for countertop appliances, and it differs from a work table in exactly the ways appliance duty demands.

Height: stands run low — typically 600–650 mm (24–26 in) against a table's 900 mm — so the appliance's cooking surface or door lands at working height instead of chest height. A fryer or combi on a full-height table puts hot oil and heavy trays above the safe handling zone.

Structure: appliance loads are concentrated and permanent. A 60 kg countertop griddle presses its whole weight through four small feet onto a strip of the top, all day, every day, with thermal cycling on top. Stands answer with heavier tops (typically 14–16 gauge), reinforced under-bracing along the load path, and stouter legs — where a general table's rating assumes distributed load, a stand's rating assumes exactly this concentrated one.

Details that matter around cooking equipment: marine edges or lips to keep vibrating appliances from walking off, cross-bracing that tolerates heat radiated downward, and undershelves rated for the oil jugs and pans that live below the appliance.

Using a standard table instead invites sagged tops, cracked welds, and a top-heavy station — and using a domestic trolley is how appliances end up on the floor. The stand is cheap insurance under expensive equipment.

Work from the appliance and the task, in three checks:

1. Finished working height. Add the stand height to the appliance's own height and judge the result against the task: griddle and charbroiler cooking surfaces work best around 900–950 mm (so a 600–650 mm stand under a 300 mm appliance is right); oven and steamer doors should open at a height where trays slide out level with the user's grip, not overhead; fryer baskets must lift without raising elbows above shoulders. Where staff heights vary, bias low — reaching down is safer than lifting high around heat and oil.
2. Footprint with margins. The stand top should meet or exceed the appliance footprint on every side — overhanging appliance feet are how stands tip and welds crack. Allow extra top depth for service clearances at the rear (gas connections, ventilation) and side room where the appliance's lid or doors swing. Standard stand sizes mirror appliance widths (600, 750, 900, 1,200 mm and up), so matching is usually straightforward.
3. Load rating against the real installed weight — appliance plus a full load (a fryer's oil, a steamer's water, a mixer's bowl and dough) plus whatever lives on the undershelf. Rate with margin; equipment gets replaced with bigger equipment more often than stands get replaced.

One planning note: under ventilation hoods, confirm the appliance-on-stand height keeps the required clearance to the hood edge and filters — the stand height is the adjustment lever.

Purpose-rated stands, yes — this is precisely their job, but the rating discipline matters more here than anywhere else in the furniture line.

Heavy-duty stands — 14-gauge tops with channel reinforcement, 40 mm+ box-section legs, welded rather than bolted joints — carry concentrated loads from roughly 150 kg up to 400 kg+ on specified models, which covers countertop combis, planetary mixers, and stone-deck pizza ovens. Manufacturers of the heaviest appliances also make (or specify) matching stands with locating lugs and documented ratings; where a matched stand exists, use it, since it also puts the controls and door at the engineered height.

The judgement calls: a planetary mixer adds dynamic loading — a 40-litre machine kneading stiff dough shakes its platform hard, so it belongs on a welded stand rated well above its static weight, ideally bolted through the top. A combi oven adds water mass and hot condensate, favouring stands with marine edges and corrosion-proof welds. A fryer concentrates hot-oil risk: the stand must be dead level and utterly stable, with locking castors if mobile at all.

The floor is the other half of the system — a rated stand on a soft or wildly uneven floor still rocks. And above roughly 60–80 kg of appliance, plan the lift onto the stand properly: two people minimum, or an appliance lifter, because most 'stand failures' in kitchens are actually installation drops.

Choose by how often the position genuinely moves, and treat castors as a system that includes brakes and connections — not just wheels.

Fixed adjustable feet are the default under cooking equipment. They give the most rigid, lowest platform; they never creep under a vibrating appliance; and they suit hard-plumbed or hard-wired appliances that cannot move anyway. Any appliance involving hot oil or open flame is safest on fixed feet unless there is a specific cleaning regime demanding otherwise.

Castors earn their place where the operation moves: cleaning programmes that pull equipment out nightly (increasingly common under hygiene audits), multi-use spaces and event kitchens that reconfigure, and service access in tight lines where the fitter cannot get behind fixed equipment. Specify braked castors on at least two wheels (diagonal), a castor rating comfortably above the loaded weight, and heat-tolerant wheels near cooking lines — grey polyamide or high-temp rubber, since cheap wheels flat-spot and shed near heat.

The non-negotiable partner rules for mobile cooking equipment: gas appliances need flexible gas connectors with restraint cables sized for the movement range; electrical appliances need cord service loops that never tension; and the stand must be braked before the appliance is used. Many kitchens land on the sensible hybrid — castors for the cleaning pull-out, but the appliance's daily position marked on the floor and always braked there. If the stand would move weekly or more, buy castors; if it would move yearly, buy feet and borrow a dolly.

Match the fixing to the appliance's forces, and always start from its installation manual — manufacturers state the approved method and voids-warranty exclusions plainly.

1. Bolting through the top is the strong answer for anything that shakes or gets worked hard: mixers, dough sheeters, saws. Stands drilled (or drillable) at the appliance's foot pattern take machine bolts with washers and nyloc nuts beneath; the appliance becomes structurally one with the stand, and the stand's mass damps the vibration.
2. Locating lugs, cups, or seismic brackets suit ovens, griddles, and fryers whose forces are mainly 'walking' vibration and accidental shove: the appliance feet drop into or against the locators, preventing horizontal creep while allowing service removal without tools. In seismic-code regions, restraint brackets on cooking equipment are commonly required, not optional.
3. Non-slip and heat-rated matting under light bench appliances (rice cookers, small warmers) controls creep where drilling is unwarranted — but it is not a fixing, and it does not belong under anything containing hot oil.
4. Never rely on the appliance's weight alone for a fryer, nor on adhesive pads near heat, nor on strapping that blocks ventilation openings.

After fixing, run the appliance and watch: any residual walking, drumming, or rocking means the fixing pattern, the stand's levelling, or the castor brakes need attention. Re-check bolt torque after the first week — vibration settles fresh assemblies — and at each deep clean thereafter. Ten minutes of proper fixing is what keeps a working griddle from ending a service on the floor.

Stands are simple, but the appliance above hides them from attention — a short routine tied to existing cleaning cycles keeps them sound:

Weekly (with the line clean): degrease the top around and beneath the appliance's footprint — carbonised oil films trap moisture against the steel and are the main cause of staining under griddles and fryers. Clean the undershelf and check what has migrated onto it: overloaded shelves under stands bow quietly. Wipe legs and check castor treads for debris and brake function.

Monthly: confirm levelling — thermal cycling and vibration walk adjustable feet out of true, and a stand that has gone 3 mm out under a fryer is a safety drift, not a cosmetic one. Re-check appliance fixings (bolts, lugs, restraint cables) and the tension of gas-hose restraints on mobile units. Inspect welds at the top-to-leg joints for hairline cracks, especially under mixers; caught early they are a cheap re-weld, ignored they are a platform failure.

As needed: treat corrosion spots promptly — clean with the grain using a stainless-safe pad and cleaner, since pitting under equipment spreads where inspection rarely looks. Replace castor wheels that have flat-spotted or seized rather than tolerating the wobble.

The habit that catches everything: whenever the appliance comes off its stand for its own deep clean or service, give the stand its five minutes — full degrease, weld glance, level check, bolt torque — before the appliance goes back. Stands maintained this invisibly rarely appear in any maintenance log, which is exactly the goal.

Within limits, yes — and the limits are worth writing down before the stand becomes the kitchen's universal donor.

Where sharing works: a stand is a rated platform, so any appliance that fits its footprint, sits under its load rating, and suits its height can take a turn — the seasonal swap (griddle in summer, soup kettle in winter) is the classic legitimate case, as is a stand serving a rotating demo or pop-up station. Check three things at each change: footprint coverage (all appliance feet on the top, nothing overhanging), the new working height (an oven's door height and a griddle's cooking surface want different platforms more often than expected), and fixing compatibility — locating lugs set for one foot pattern rarely match the next machine, so shared stands end up relying on matting or drilled multi-patterns.

Where sharing fails: mixers and anything vibrating need their bolt-down pattern — a mixer 'shared' onto an undrilled stand walks; fryers should keep a dedicated, dead-level stand for hot-oil safety rather than joining a rotation; and hygiene separation (raw-protein equipment versus ready-to-eat) can rule out sharing regardless of engineering.

The management trick that makes sharing safe: label the stand with its rating and drilled patterns, and keep a one-line log of what it currently carries — five seconds of discipline that prevents the day a 90 kg appliance lands on the 60 kg stand nobody re-checked. If an appliance lives on a stand eleven months a year, buy it its own; sharing suits genuine rotation, not permanent squatting.