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Cheese Melter

A cheese melter is an overhead broiler designed specifically for finishing dishes using radiant heat to melt cheese and brown food surfaces, operating at lower temperatures than salamander broilers and requiring no ventilation hood.

A cheese melter is an overhead broiler that uses radiant heat to finish dishes by melting cheese and browning food surfaces. Unlike higher-temperature salamanders that can actually cook food, cheese melters operate at lower temperatures specifically for finishing—melting cheese on French onion soup, toasting buns, browning au gratin dishes, or caramelizing crème brûlée.

How Cheese Melters Work

Cheese melters use quartz, ceramic, or calrod heating elements mounted above adjustable racks (typically 4 positions). Many models feature rack-activated heating systems that only turn on when food is positioned beneath the elements, saving energy between uses. This radiant heat system differs from the infrared elements used in salamander broilers, resulting in gentler, more controlled finishing without the risk of burning delicate dishes.

Commercial units range from 20″ to 72″ in width and run on electricity, natural gas, or propane. The smaller footprint and wall-mount or countertop options make them practical for tight kitchen layouts. Because they operate at lower temperatures and don’t produce the same level of grease-laden vapors, cheese melters don’t require ventilation hoods—a significant advantage for kitchens with limited hood space.

Typical Applications

Cheese melters excel at finishing tasks that require melted cheese or light browning. They’re positioned near the pass or expo station for quick access during service. Use them to melt cheese on sandwiches, nachos, and burgers; brown the cheese crust on French onion soup crocks; toast garlic bread and slider buns; finish thick patty melts that need the interior warmed without surface charring; and caramelize sugar on desserts.

The controlled heat prevents the burnt edges and uneven melting common with standard broilers. This makes cheese melters particularly valuable for operations serving high volumes of sandwiches, panini, or specialty items requiring that Instagram-worthy cheese pull.

Configuration Options

Traditional cabinet-style cheese melters have enclosed sides and backs with glass windows for monitoring. These retain heat efficiently and work well in high-volume operations. Deck-style units feature open fronts for easier loading and work particularly well when mounted above ranges or prep stations. Conveyor models automate the finishing process, ideal for operations cranking out consistent volumes of the same items.

Wall-mounted installations free up valuable counter space, while countertop models offer flexibility for smaller operations or catering setups. Range-mounted units position directly above cooking equipment, allowing cooks to finish items without leaving their station. Choose based on your volume, menu, and kitchen layout—a sandwich-focused operation benefits from a wider conveyor model, while a gastropub might need only a compact countertop unit for finishing occasional French onion soup.

Maintenance and Operation

Clean cheese melters daily to prevent grease buildup on elements and racks. Remove racks and soak in degreaser, wipe heating elements with a damp cloth when cool, and check for proper element function weekly. Most units require minimal maintenance beyond cleaning, but inspect gas connections quarterly on gas models and replace worn door gaskets as needed.

Position cheese melters away from high-splash zones to protect heating elements. Train staff to adjust rack height based on dish thickness—closer to elements for quick browning, farther away for gentler melting. This simple adjustment prevents burnt surfaces and ensures consistent results across different menu items.

Common Uses

Cheese melters are positioned near the pass or expo station for quick finishing during service. Line cooks use them to melt cheese on sandwiches, paninis, and burgers; brown the cheese crust on French onion soup; toast buns and garlic bread; finish thick burgers that need interior warming; and caramelize sugar on crème brûlée. Unlike salamanders, they're used only for finishing—never for initial cooking—making them essential for operations with high-volume sandwich programs or specialty items requiring perfect cheese pulls. Prep cooks position items on adjustable racks (typically 4 settings) based on desired browning speed, with closer positioning for quick browning and farther positioning for gentle melting.

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Frequently Asked Questions

Cheese melters operate at lower temperatures using ceramic or quartz heating elements and are designed only for finishing and melting cheese, while salamanders use infrared elements that reach higher temperatures capable of actually cooking food. Cheese melters don't require ventilation hoods, whereas salamanders typically do depending on local codes.
No, cheese melters do not require a ventilation hood because they operate at lower temperatures and produce less grease-laden vapor than salamander broilers or traditional broilers. This makes them practical for kitchens with limited hood space or installations in non-traditional locations.
Cheese melters are ideal for melting cheese on sandwiches, nachos, and French onion soup; toasting garlic bread, buns, and slider rolls; browning au gratin dishes and casseroles; finishing thick burgers; and caramelizing desserts like crème brûlée. They work best for finishing tasks requiring melted cheese or light browning rather than initial cooking.
Yes, most commercial cheese melters can be wall-mounted, countertop-mounted, or range-mounted above commercial cooking equipment. Wall-mounting saves valuable counter space and is common in kitchens with limited real estate, while countertop models offer more flexibility for smaller operations or mobile catering setups.
Commercial cheese melters range from 20" to 72" in width. A sandwich-focused operation or high-volume café might need a 48" to 72" conveyor model, while a gastropub or bistro serving occasional finished dishes can manage with a 20" to 36" countertop unit. Base your decision on menu volume and the number of items requiring simultaneous finishing during peak service.