Stand at the pass in a busy Australian bistro on a Saturday night and you will see the same move a dozen times an hour: a plate slides under an overhead grill for fifteen seconds and goes to the table with the cheese bubbling and the crumb golden. That unit is a salamander grill, and it earns its space on finishing dishes alone — it does not cook from raw so much as decide how a dish looks as it leaves the kitchen.
Commercial salamander grills get specified badly more often than almost any other piece of commercial kitchen equipment, usually because they are bought last, once the cooktop, oven and griddle are locked in. The result is a unit too narrow for the pass, mounted where nobody can reach it, or so light-duty it stalls after four plates. This guide covers what a salamander does that other cooking equipment cannot, gas versus electric, height adjustment, mounting, width sizing, services and ventilation, and how to pick a unit rated for commercial use.
What Commercial Salamander Grills Are, and What Intense Overhead Heat Does Best
A commercial salamander is a fixed, open-fronted grill with the heat source above the food and a wire grid below it. Nothing presses on the product and nothing conducts heat into it from beneath — all the energy arrives as radiant heat from above, onto the exposed surface of whatever sits on the grid.
That makes it a finishing tool, not a cooking tool: it works the top surface fast at a high temperature and leaves the interior alone. That is what you want when you are:
- Glazing and browning — colouring a gratin, parmigiana or a crème brûlée dessert without cooking it through again.
- Melting cheese — burgers, nachos, French onion soup, from above with no soggy base.
- Toasting — toast bruschetta, garlic bread, open sandwiches and buns, with a crust and no press marks.
- Finishing proteins — colour on a piece of meat already cooked through, or crisping skin at the last moment.
- Holding and colouring at the pass — keeping a plate hot and lifting it a shade darker just before service, which is why it lives at the pass, not down the cook line.
Why Is It Called a Salamander?
The name is older than the appliance. Mythology put the salamander in fire, so the word attached to a piece of kit doing the same job: an iron plate on a long handle, heated in the coals and held over a dish to brown the top. Professional kitchens kept the name, which is why a chef says "under the salamander" and means intense overhead heat, applied briefly, with nothing touching the food.
Salamander vs Griddle vs Char Grill: Choosing the Right Heat for the Dish
Most kitchens end up with more than one, because they solve different problems: the distinction is where the heat comes from and whether anything touches the food.
| Equipment | Heat direction | Contact with food | Best for | What it cannot do |
|---|---|---|---|---|
| Salamander | Radiant, from above | None — open grid | High-heat glazing, melting, toasting, browning | Sear a crust or mark food |
| Griddle / flat top | Conducted, from below | Full, solid plate | Eggs, pancakes, onions, patties | Colour the top of a plated dish |
| Char grill | Radiant, from below | Bars only | Steak, chops, char lines, smoke flavour | Finish a gratin or melt evenly |
| Contact grill / panini press | Conducted, both sides | Full, top and bottom | Toasted sandwiches, wraps, pressed rolls | Handle plated or open dishes |
If the real gap is volume breakfast cookery, the answer is a griddle — our commercial griddle buying guide works through plate types and fuel. For char marks see what a char grill is; for pressed toasted sandwiches a panini press or contact grill is faster and cheaper.
Gas vs Electric Salamanders: Heating, Temperature and Services
Both fuel types are common in Australian kitchens and both do the job well. The decision comes down to the services you already have at that wall.
Gas units fire burners above the grid — commonly infrared or ceramic-faced — and reach usable radiant heat very quickly from cold. Output is rated in megajoules per hour (MJ/h), and a higher figure generally means more radiant intensity across the grid. Gas responds immediately when you turn a burner up or down, giving precise control of surface temperature mid-service, and keeps load off a switchboard already carrying refrigeration and warewashing. The cost is installation: it needs a gas point and a licensed gasfitter to install and commission it to the AS/NZS 5601 gas installation requirements. Natural gas and LPG are not interchangeable, so order the correct fuel type rather than planning to convert.
Electric units use heating elements above the grid, and an electric salamander grill gives very even, predictable coverage across the full width at a consistent temperature. They are simpler to install where a suitable circuit exists, and the practical choice where gas is unavailable. Elements take longer to come up from cold than an infrared burner, so most kitchens switch them on at the start of service and hold them there. The catch is supply: commercial units draw well beyond a standard 10 amp outlet, so commercial equipment at this level is often hard-wired or needs a 15 amp or three-phase circuit.
Fixed Height, Rise-and-Fall or a Moving Grid? Precise Control at the Pass
How close the food sits to the heat is the only real intensity control beyond the burner setting, so how a unit changes that distance is the most underrated spec on the sheet.
Fixed-height units hold the grid at a set distance from the heat. Simple, cheap and fine if your menu is narrow — a burger bar melting cheese on the same patty all night wants one setting. They frustrate the moment the same unit has to glaze a gratin and then blast colour onto parmigiana.
Rise-and-fall units raise and lower the heat assembly on a counterbalanced mechanism while the grid stays put. Most chefs prefer this for mixed menus because it is the most versatile option: drop the head close for a fast finish on something thin, lift it clear to hold a plate warm or gently colour something that burns if rushed. The food stays level, which matters when there is sauce on the plate.
Adjustable or sliding grids fix the heat source and move the food instead, to one of several shelf positions or out toward the operator. Most of the flexibility at lower cost, and safer loading — but changing height mid-service means moving the food, not the heat.
The practical rule: the wider your menu, the more you should pay for height adjustment.
Mounting and Width: Where the Equipment Goes and How Wide
Wall, bench or range-mounted
Where the salamander sits changes how the pass works, and is easier decided before the fit-out.
| Mounting | How it works | Suits | Watch for |
|---|---|---|---|
| Wall-mounted | Bracketed to the wall, bench clear underneath | Tight kitchens, plating benches, busy passes | Wall must carry the weight; height must suit the shortest chef |
| Bench-standing | Freestanding on legs on a stainless bench | Leased sites, kitchens that may relocate it | Eats bench depth and width; needs a level, rated bench |
| Range-mounted | On a bridging frame above a cooktop or range | Compact cook lines | Reaching over live burners; heat from the cooktop below |
Confirm the required clearance to combustible surfaces, and check the loading height puts the grid between waist and chest height for whoever uses it. Too high and staff lift sauced plates above eye level; too low and they stoop into radiant heat all service.
Sizing: 600 mm, 900 mm and pass throughput
Commercial salamanders are sold in width classes, 600 mm and 900 mm being the two you see most in Australia. Width sets how many plates fit under the heat at once, and so how many finishing jobs the pass absorbs.
| Width class | Rough working capacity | Typical fit |
|---|---|---|
| 600 mm | Two plates, or one large tray | Cafés, small bistros, bars with food |
| 900 mm | Three or more plates, or a tray and a plate | Restaurants, pubs, hotels, function kitchens |
Size by your peak, not your average: how many dishes need the salamander at the same moment during your busiest twenty minutes? If four mains all need a glaze and only two fit, you have built a wait into every large table, and no amount of MJ/h fixes a queue caused by width. Measure depth too if you run gastronorm trays, and note two 600 mm units are not the same as one 900 mm — a two-unit setup gives independent settings and a spare while one is cleaned. Lighter bench-standing units sit outside the width classes: a Roband salamander is rated by slice capacity rather than millimetres, which suits a café doing melts and toasties, not a plated pass.
Services and Ventilation: Power, Gas and the Canopy
A salamander produces heat, smoke and grease-laden vapour, so the mechanical design must treat it as a commercial kitchen appliance. Three things need confirming before you order.
- Electrical supply. Confirm the rating and whether it needs a dedicated circuit, a 15 amp outlet or three phase. Do not assume the spare 10 amp point behind the bench will do.
- Gas connection and type. Specify the fuel your site has, confirm the gas point reaches the mounting position, and book a licensed gasfitter to connect and commission.
- Exhaust canopy coverage. The unit must sit under a mechanical exhaust canopy with grease filters, overhanging it so vapour is captured rather than spilling into the room. Mechanical ventilation for commercial kitchens in Australia is covered by AS 1668.2 and local authority requirements; your contractor should confirm the addition stays within the canopy's designed extraction rate.
The mistake to avoid is bolting a salamander just outside the canopy footprint because that is where the space was: grease and steam climb the wall and you fail the next inspection. If you are fighting for canopy coverage, our guide to power and venting options for tight kitchens covers the same constraints.
Duty Cycle, Build Quality and Durability for Commercial Use
The gap between the cheapest overhead grill and a production salamander is not the day-one result — both melt cheese on a Tuesday. It shows on the eightieth plate of a Saturday, when only one of them still gives consistent results.
- Recovery under load. A unit built for commercial use holds radiant intensity plate after plate, so finishing times stay consistent through a busy service. A light-duty one fades as the grid is reloaded.
- Frame and gauge. Heavy-gauge stainless, a solid grid and a braced heat assembly are where durability comes from, and they survive daily thermal cycling. Thin panels warp, and a warped grid never sits level again.
- Controls and mechanism. Robust knobs, thermostats that hold their setting with some precision, and a rise-and-fall mechanism still counterbalancing smoothly after two years of grease and heat.
- Serviceability and backing. Removable grids, a slide-out fat tray, parts held in Australia, and a commercial warranty with local support — worth more than a small saving the first time a unit dies on a Friday.
Be honest about your duty cycle: a café toasting twenty items at breakfast is a different category to a pub glazing parmigianas 6pm to 9pm, seven nights.
Cleaning and maintenance
Salamanders get grubby fast: fat drips onto hot surfaces right where food is plated. A short routine keeps them working and keeps you compliant with the FSANZ Food Standards Code 3.2.2 requirement to hold equipment in a clean and sanitary condition.
- Daily: cool the unit, wash the grid, empty the fat tray, wipe the interior and front frame. Carbon left overnight bakes on harder each day.
- Weekly: degrease the interior, check the grid is still flat, and clean the canopy filters above the unit — a blocked filter cuts extraction efficiency and makes the whole pass hot.
- Never: spray water or chemicals onto hot elements, burners or ceramic faces. Cool first, then clean.
- Periodically: have a technician check burner or element condition, the mechanism and the gas connection.
The Bottom Line
A salamander is not a second oven, and not a substitute for a griddle or a char grill. Among commercial cooking equipment it is one thing only: the finishing station at the pass, simple in operation and precise in what it is asked to do. Specify it for the menu you actually run: adjustable height if your dishes vary, 900 mm if more than two plates need heat at once, gas if the line already has it, and always under the canopy on a supply your electrician or gasfitter has confirmed. Browse the commercial salamander range to compare widths, fuel types and mounting, or the complete catalogue if you are specifying a whole cook line.
Frequently Asked Questions
What is a salamander grill used for in a commercial kitchen?
A salamander applies intense radiant heat from above to food on an open grid, so it is a finishing tool rather than a way to cook from raw. Typical jobs are melting cheese, glazing and browning gratins or parmigianas, toasting bread and buns, crisping a protein that is already cooked, and holding a plate hot at the pass.
What is the difference between a salamander and a griddle?
The heat comes from opposite directions. A griddle conducts heat into food from a solid plate underneath, which suits eggs, onions, pancakes and patties. A salamander radiates heat down from above with nothing touching the food, which suits melting, glazing and toasting plated dishes. Kitchens doing breakfast volume and plated finishing usually run both.
Should I buy a gas or electric salamander?
Choose gas if your cook line already has a gas point and you want fast heat-up with immediate flame response, and budget for a licensed gasfitter plus the correct natural gas or LPG configuration. Choose electric if gas is unavailable, and have an electrician confirm the supply first, because commercial units need far more than a standard 10 amp outlet.
What size salamander do I need, 600 mm or 900 mm?
Size by how many dishes need finishing at the same moment during your busiest twenty minutes. A 600 mm unit generally takes two plates or one large tray and suits cafés, small bistros and bars serving food. A 900 mm unit takes three or more plates and suits restaurants, pubs and function kitchens. Check depth too if you use gastronorm trays.
Does a salamander grill need to be under an exhaust canopy?
Yes. A salamander produces heat, smoke and grease-laden vapour, so it must sit under a mechanical exhaust canopy with grease filters, the canopy overhanging the unit. Mechanical ventilation for commercial kitchens in Australia is covered by AS 1668.2 and local authority requirements; your contractor should confirm the canopy's designed extraction rate still covers it.
