Galley Cooking Equipment
medium
6 models total
Marine galley ranges and ovens are built around fiddle rails, gimbals and automatic flame-failure cutoffs, because the rolling motion a shore kitchen never sees is a daily condition at sea for hot oil and open flame alike.
Read more — Galley Cooking Equipment explained ▾
What sets marine galley equipment apart
A shore kitchen never has to worry about a fryer of hot oil sliding off its base in a beam sea. Marine galley cooking equipment is built around that one difference: everything above waist height is secured, fitted with fiddle rails, or gimballed, and every open flame or heating element has an automatic cutoff if the flame fails or the appliance tips beyond a set angle. The rest of the specification, output, capacity, hygiene standards, largely follows commercial catering practice ashore.
Main components
Ranges and ovens
Combined range-oven units are common on smaller ships to save galley footprint; larger vessels split them into separate ranges, convection ovens and combi-steamers. Electric induction ranges are increasingly specified over gas or diesel-fired ranges because they remove an open flame and a fuel line from the galley altogether.
Deep fat fryers
Fitted with a high-temperature cutout independent of the normal thermostat, and increasingly with a lid or splash guard that can be closed quickly, since a spilled fryer is one of the more common sources of galley fire and burn injury aboard.
Fiddle rails, gimbals and securing points
Pots and pans need fiddle rails on the range top to stop them sliding in a seaway. Larger vessels sometimes gimbal an entire stove so the cooking surface stays closer to level regardless of roll; smaller ships more often just rely on rails, non-slip surfaces and disciplined stowage.
Selection considerations
| Factor | Why it matters |
|---|---|
| Crew or passenger headcount | Sets required oven and range capacity, and mess room turnover |
| Available power supply (voltage, phase) | Electric galleys need enough generator capacity margin, especially with induction ranges |
| Ventilation and extraction capacity | Grease-laden exhaust must be ducted and filtered per fire safety requirements |
| Space for gimballing or fiddle rails | Retrofitting gimbals into an existing galley footprint is rarely simple |
Regulations and class
SOLAS Chapter II-2 fire safety provisions apply to galley installations, covering grease filter and duct fire protection, automatic extinguishing over deep fat fryers on larger passenger and cargo ships, and insulation of hot surfaces adjacent to accommodation bulkheads. Flag and class rules on food hygiene generally track ashore commercial kitchen practice for materials and surface finishes, stainless steel work surfaces, rounded internal corners, equipment that can be fully broken down for cleaning.
Typical faults
| Fault | Consequence |
|---|---|
| Grease buildup in the extraction duct | Major fire risk, a leading cause of galley fires aboard ship |
| Flame failure device disabled or bypassed on a gas range | Unburnt gas accumulates in the galley if the flame goes out unnoticed |
| Fiddle rails removed or left off after cleaning | Pans slide in a seaway, scalding injuries and spilled meals |
| Gimbal mechanism seized from lack of lubrication | Stove no longer levels correctly, defeating its purpose in a seaway |
What to look for in a supplier
- Marine type approval for the specific model, not a shore commercial unit adapted after the fact
- Documented flame-failure and tilt-cutoff performance for gas-fired appliances
- Stainless steel grades and surface finishes that hold up to salt air, not just standard catering-grade steel
- Spare parts and service support reachable at the ports the ship actually calls at
Grease duct cleaning gets deferred more often than any other galley maintenance item because it is dirty and inconvenient; treat the interval as a fire safety task, not a housekeeping one.
5 manufacturers · 6 models
Metos
2
Marine Galley Range
6-burner range
· Food Preparation / Cooking
· Gimballed gas cooking range
Type
Marine Cooking Range
Common Failures & Inspection Points
- Gas valve failure
- Gimbal bearing wear
- Ignition system fault
- Thermostat malfunction
Service: Gimballed design for rough seas. Gas safety shutoff test monthly. Clean burners daily. Annual gas leak test.
Spare Parts: Ersatzteile über Metos oder zugelassene Vertriebspartner. Lead time: 2-6 Wochen.
Strengths
- Gimbal mechanism keeps burners level during vessel motion, improving cooking safety and performance
- Integrated gas safety shutoff allows monthly testing to meet regulatory requirements
- Compact footprint suitable for limited galley spaces on passenger and offshore vessels
- Burners are stainless‑steel and can be cleaned daily for reliable operation
Weaknesses
- Gas valve components have a known history of failure, requiring vigilant inspection
- Gimbal bearing wear can develop over time, increasing maintenance intervals
- Ignition system faults may occur in high humidity or salt‑air environments
- Thermostat malfunction can affect temperature control and fuel efficiency
Typical Vessels:
Passenger ferryCruise shipOffshore supply vesselPlatform support vesselYacht
Decision Guide: Choose if: you need a flame‑based galley range that remains level in heavy seas and you have the capability to perform regular gas safety checks. Avoid if: you prefer electric or induction cooking, have limited maintenance resources for gimbal bearings, or operate vessels where gas supply is restricted.
Use Cases: Commonly installed in passenger ferries and cruise ship galleys where chefs require stable burners during rough weather; also used on offshore support vessels that need reliable hot‑plate cooking while underway.
Marine Deep Fryer
2x 15L baskets
· 12.0 kW
· Food Preparation / Cooking
· Marine deep‑fry cooking system
Power (kW)
12
Type
Marine Deep Fryer
Common Failures & Inspection Points
- Thermostat failure
- Auto-extinguishing system false trigger
- Heating element burnout
- Oil drain valve leak
Service: Auto-extinguishing system mandatory (SOLAS). Test extinguishing system monthly. Change oil when TPC >25%.
Spare Parts: Ersatzteile über Metos oder zugelassene Vertriebspartner. Lead time: 2-6 Wochen.
Strengths
- SOLAS‑compliant auto‑extinguishing system meets mandatory safety regulations
- Relatively low power demand (12 kW) suitable for medium‑size vessel galleys
- Monthly test procedure built into service routine ensures fire‑suppression reliability
- Oil quality monitoring (TPC >25% trigger) helps maintain food quality and equipment life
- Compact design fits limited galley spaces
Weaknesses
- Thermostat failures reported, requiring spare parts inventory
- False triggers of the auto‑extinguishing system can cause unnecessary shutdowns
- Heating element burnout observed under heavy use
- Oil drain valve leaks have been noted, increasing maintenance workload
- Mandatory monthly extinguishing test adds operational overhead
Typical Vessels:
Cruise shipPassenger ferryOffshore supply vesselPlatform supply vesselResearch vessel
Certifications:
SOLAS
Decision Guide: Choose if you need a SOLAS‑compliant deep fryer with modest power consumption and built‑in fire‑suppression for passenger or offshore vessels. Avoid if your operation cannot accommodate monthly safety testing or if you require ultra‑high reliability without known thermostat or valve issues.
Use Cases: Deployed in ship galleys where fried menu items are a staple, such as cruise liners serving large numbers of passengers, offshore supply ships providing crew catering, and research vessels with limited galley space but strict safety requirements.
Electrolux Professional
1
Marine Combi Oven
10-20 GN trays
· 18.0 kW
· Food Preparation / Cooking
· Combi oven (steam + convection)
Power (kW)
18
Type
Combi Oven Marine
Common Failures & Inspection Points
- Steam generator scale buildup
- Door gasket deterioration
- Control board failure from humidity
- Drain pump blockage
Service: Descale steam generator every 500 hrs. Replace door gasket annually. Use water treatment for steam quality.
Spare Parts: Ersatzteile über Electrolux Professional oder zugelassene Vertriebspartner. Lead time: 2-6 Wochen.
Strengths
- Dual‑mode cooking (steam and dry heat) expands menu flexibility
- Relatively high power output (18 kW) ensures rapid heating
- Compact marine‑rated design fits limited galley spaces
- Integrated water‑treatment recommendation helps control steam quality
- Standardised door gasket replacement simplifies routine maintenance
Weaknesses
- Steam generator prone to scale buildup; requires descaling every 500 hrs
- Door gasket material deteriorates and must be replaced annually
- Control board can fail from excessive humidity if not properly sealed
- Drain pump may become blocked by debris or condensate
- Maintenance schedule adds operational overhead for crews without dedicated engineers
Typical Vessels:
Cruise shipFerryOffshore supply vesselYachtContainer ship crew accommodation
Decision Guide: Choose if you need a space‑saving oven that can produce both steamed and baked dishes, have the ability to perform regular descaling and gasket replacement, and operate on vessels where menu variety is a priority. Avoid if your galley lacks routine maintenance capacity or operates in an environment with extreme humidity that could compromise the control electronics.
Use Cases: Commonly installed in passenger‑vessel galleys, offshore platform mess rooms, and large crew accommodations where diverse hot meals are required throughout the day. The oven’s combined functions reduce the need for separate steamers and conventional ovens, saving space and simplifying inventory.
Hobart
1
H600 (Marine Mixer)
60 quart
· 2.2 kW
· Food Preparation / Cooking
· Planetary mixer
Power (kW)
2.2
Type
Planetary Mixer
Common Failures & Inspection Points
- Gear drive wear
- Bowl lift mechanism failure
- Motor overload from heavy dough
- Safety interlock fault
Service: Bolted to galley deck for sea conditions. Gear oil change every 2000 hrs. Clean thoroughly after each use.
Spare Parts: Ersatzteile über Hobart oder zugelassene Vertriebspartner. Lead time: 2-6 Wochen.
Strengths
- Compact footprint suitable for limited galley space
- Marine‑grade stainless steel construction resists corrosion
- Integrated safety interlock prevents operation when the bowl is open
- Gear oil change interval of 2000 hrs simplifies maintenance scheduling
- Low power draw (2.2 kW) fits typical ship electrical systems
Weaknesses
- Limited bowl capacity compared with larger shore‑based mixers
- Gear drive wear can occur if repeatedly overloaded with heavy dough
- Bowl lift mechanism may fail and requires periodic inspection
- Motor overload protection can trip during very high‑viscosity mixes
- Requires regular oil changes to maintain gear longevity
Typical Vessels:
Cruise shipFerryOffshore supply vesselNaval auxiliary shipLarge fishing vessel with passenger galley
Decision Guide: Choose if you need a compact, corrosion‑resistant planetary mixer for moderate batch sizes and can commit to regular gear oil changes. Avoid if your operation requires high‑capacity dough handling, continuous heavy‑load mixing, or a completely maintenance‑free drive system.
Use Cases: Commonly installed in passenger vessel galleys for preparing sauces, batters, and medium‑size dough batches; also used on offshore platform support vessels where space is at a premium and marine certification is required.
Meiko
1
M-iClean
60-120 racks/hr
· 15.0 kW
· Food Preparation / Cooking
· Booster‑heated marine dishwasher
Power (kW)
15
Type
Marine Dishwasher
Common Failures & Inspection Points
- Wash pump seal failure
- Rinse booster heater element burnout
- Detergent dosing pump failure
- Drain valve blockage
Service: Descale wash tank and booster heater weekly. Replace rinse jets annually. Monitor wash temperature (65°C wash, 85°C rinse).
Spare Parts: Ersatzteile über Meiko oder zugelassene Vertriebspartner. Lead time: 2-6 Wochen.
Strengths
- High‑temperature wash (65 °C) and rinse (85 °C) for superior sanitation
- Compact 15 kW power rating fits medium‑size vessel electrical budgets
- Integrated detergent dosing pump allows precise chemical control
- Meiko brand reputation for durability in harsh marine environments
- Service-friendly design – weekly descaling and annual jet replacement are straightforward
Weaknesses
- Historical wash‑pump seal failures can lead to leaks if not monitored
- Rinse booster heater element prone to burnout under prolonged high‑temp operation
- Detergent dosing pump has a documented failure rate requiring spare parts stock
- Drain valve blockage reported; regular inspection needed
- Maintenance schedule (weekly descaling, annual jet change) adds crew workload
Typical Vessels:
FerryCruise shipOffshore supply vesselNaval auxiliaryLarge yacht
Decision Guide: Choose the M-iClean if you need a high‑temperature, marine‑rated dishwasher with proven sanitation performance and can accommodate its weekly descaling and annual jet service. Avoid it on vessels with very limited power margins or where crew cannot reliably perform the prescribed maintenance routine.
Use Cases: Commonly installed in ship galleys where frequent dish turnover and strict hygiene standards are required, such as passenger ferries, cruise liners, offshore support ships, and naval supply vessels that serve large crews and need reliable, high‑temp cleaning cycles.
Rational
1
iCombi (Marine Version)
6-20 GN trays
· 22.0 kW
· Food Preparation / Cooking
· Combi steam‑convection oven
Power (kW)
22
Type
Combi Oven Marine
Common Failures & Inspection Points
- Boiler scale buildup
- Cleaning tablet dispenser fault
- Temperature probe failure
- Steam valve leakage
Service: Marine-secured version with anti-vibration mounts. iCareSystem cleaning program. Descale per onboard water quality.
Spare Parts: Ersatzteile über Rational oder zugelassene Vertriebspartner. Lead time: 2-6 Wochen.
Strengths
- Dual‑mode (steam & convection) cooking provides versatile menu options
- Marine‑secured with anti‑vibration mounts reduces wear in high‑motion environments
- iCareSystem automates cleaning cycles, lowering crew workload
- Precise temperature and humidity control improves food quality and consistency
- Relatively compact footprint for limited galley space
Weaknesses
- 22 kW power demand may be high for vessels with limited electrical generation capacity
- Requires regular descaling; performance degrades with hard water if not managed
- Proprietary cleaning tablets add consumable cost and supply‑chain dependency
- Steam valve leakage has been reported, necessitating vigilant maintenance
- Complex control interface can require additional crew training
Typical Vessels:
Cruise shipFerryOffshore support vesselNaval auxiliaryPassenger liner
Decision Guide: Choose if you need a versatile, high‑quality cooking solution on vessels with sufficient power and fresh‑water treatment to handle descaling, and you value automated cleaning. Avoid if the ship has tight power margins, poor water quality, or limited crew training for advanced equipment.
Use Cases: Deployed in shipboard galleys where multi‑course meals, buffet service, or high‑volume catering are required—e.g., cruise ship main kitchens, ferry galley lines, offshore vessel mess decks, and naval support vessels serving both crew and guests.