The global foodservice equipment market is projected to reach $207 billion by 2030. This growth is driven by continuous demand from restaurants, quick-service chains, and hospitality venues. Ice machine sales are a specific and expanding segment within this larger market.
Key Takeaways
- Global foodservice equipment market size was $149.7 billion in 2022 and is projected to reach $207.0 billion by 2030 (compound annual growth rate of 4.1%)
- The foodservice equipment market includes ice machines as a segment within commercial refrigeration/foodservice equipment
- North America foodservice equipment market size was $55.1 billion in 2022
- U.S. ENERGY STAR Ice Makers data center indicates energy efficiency performance criteria; ENERGY STAR ice makers must meet specific kWh/100 lb standards
- ENERGY STAR specification sets thresholds for annual energy use for ice makers
- ENERGY STAR ice makers require tested metrics for energy and ice production efficiency
- Ice machine cleaning impacts food safety by reducing biofilm and contamination risk
- CDC notes that contaminated water/food can cause illness, emphasizing hygiene relevant to ice
- The FDA Food Code includes requirements for ice used as a food ingredient to be handled hygienically
- Steam and boiling water are common for de-scaling/cleaning ice machine components; some manufacturers specify temperatures for cleaning cycles
- Hoshizaki recommends specific cleaning intervals (e.g., monthly cleaning) depending on conditions in maintenance guidance
- Scotsman Ice recommends periodic cleaning/sanitizing and has service checklists for installers
- Nugget ice is popular in healthcare/eldercare for chewable texture; Scotsman nugget ice description targets healthcare and quick service
- Flake ice is used for seafood and produce because it conforms and provides rapid cooling
- Crushed/flake ice provides rapid cooling and coverage for food display
Global foodservice equipment growth to $207.0 billion by 2030 is fueled by rising ice machine demand.
Related reading
01 · Category
Market Size & Growth30 stats
01
Global foodservice equipment market size was $149.7 billion in 2022 and is projected to reach $207.0 billion by 2030 (compound annual growth rate of 4.1%)
02
The foodservice equipment market includes ice machines as a segment within commercial refrigeration/foodservice equipment
03
North America foodservice equipment market size was $55.1 billion in 2022
04
Europe foodservice equipment market size was $45.6 billion in 2022
05
Asia Pacific foodservice equipment market size was $38.2 billion in 2022
06
Ice machine use in foodservice is driven by food and beverage operations and hospitality, contributing to commercial equipment demand
07
Chefs, restaurants, and bars are key end-users for ice machines due to continuous ice demand
08
Drive-thru/QSR beverage programs increase ice requirements due to high-volume drink service
09
In 2023, Starbucks reported 35.0% of global revenue came from the Americas, implying continued high-volume beverage service demand in that region
10
In 2023, McDonald’s had 41,400+ restaurants worldwide, indicating large installed base of beverage/ice usage environments
11
Dunkin’ has 13,000+ locations worldwide, supporting large installed base of ice usage
12
Yum! Brands reported 51,000+ system restaurants globally in 2023, supporting demand for ice in quick-service operations
13
Dairy Queen has 700+ franchises in the U.S. (and additional international), implying widespread ice machine demand at store level
14
Restaurant industry size supports commercial equipment demand; in 2023 U.S. restaurant sales were about $997 billion
15
U.S. foodservice sales were forecast to reach $997 billion in 2023
16
U.S. restaurant counts were about 675,000 in 2023 (National Restaurant Association)
17
Global hospitality industry was projected to reach $1,427.0 billion by 2030 (TMR), supporting equipment demand
18
Global commercial refrigeration equipment market is projected to grow from $xx in 2022 to $xx by 2031 (ice machines included as refrigerated equipment)
19
Ice makers are included within commercial refrigeration and kitchen appliances demand in market analyses
20
Commercial ice maker market size was $7.9 billion in 2023 and forecast to grow to $13.1 billion by 2030 (CAGR 7.4%)
21
Commercial ice maker market is driven by food and beverage service outlets and hotels
22
Commercial ice maker market is segmented by type (cube, flake, nugget) and application (foodservice, retail, others)
23
Household ice maker market size was $xx in 2022 and expected to reach $xx by 2030 (CAGR 5.6%)
24
The household ice maker market includes ice machines used in residential settings
25
Premium and mid-range household appliances drive adoption
26
The commercial ice maker market has a high share from flake and nugget types (by product)
27
Commercial ice maker market expected to reach $xx by 2027 (IMARC)
28
Commercial ice maker market forecasts incorporate growth in QSR and entertainment venues
29
Ice maker shipments correlate with restaurant openings; U.S. restaurant openings and closings are tracked by NRA fast facts
30
U.S. ice machine/foodservice equipment demand can be proxied by commercial foodservice turnover growth; U.S. restaurant sales were $998 billion in 2023 (estimate)
Interpretation
Market Size & Growth Interpretation
The ice machine industry is forecast to keep grinning while the $149.7 billion global foodservice equipment market climbs to $207.0 billion by 2030, powered by an ever-growing army of restaurants, drive-thru beverage programs, and hospitality venues, so that even as the broader foodservice equipment market grows at 4.1% annually, the specific commercial ice maker niche is projected to rise from $7.9 billion in 2023 to $13.1 billion by 2030 with a 7.4% CAGR as installed bases like McDonald’s, Starbucks, Dunkin’, Yum! Brands, and Dairy Queen keep demanding high-volume ice around the clock.
02 · Category
Manufacturing, Efficiency & Standards30 stats
01
U.S. ENERGY STAR Ice Makers data center indicates energy efficiency performance criteria; ENERGY STAR ice makers must meet specific kWh/100 lb standards
02
ENERGY STAR specification sets thresholds for annual energy use for ice makers
03
ENERGY STAR ice makers require tested metrics for energy and ice production efficiency
04
ENERGY STAR ice maker verification uses AHRI 810 test methods (as referenced in ENERGY STAR program)
05
ENERGY STAR program requires manufacture and performance verification testing for ice makers
06
AHRI 810 is the test standard for ice makers and ice storage bins (used for ice maker performance measurements)
07
AHRI 810 covers testing for ice-making capacity, ice making efficiency, and energy consumption
08
ISO 17786:2014 specifies testing and measurement methods for refrigerating systems used in ice machines (global standard for industrial/process refrigeration)
09
ASTM F3321: Standard Practice for hygiene in food-contact surfaces includes guidance relevant to ice machine sanitation
10
NSF/ANSI 18 addresses testing performance for Automatic Ice Making Equipment
11
NSF/ANSI 18 includes requirements for design, materials, and sanitation for automatic ice making equipment
12
UL 471 applies to commercial refrigerated vending and storage systems (often relevant to foodservice refrigeration); ice machines are within broader refrigeration equipment compliance ecosystems
13
FDA Food Code recommends ice and ice machine sanitation; the code includes operational guidance
14
U.S. EPA ENERGY STAR program defines energy efficiency for ice machines
15
California Title 20 appliance efficiency standards include commercial ice maker requirements (where applicable)
16
DOE test procedure for commercial refrigeration including ice makers references specific test methods for energy and performance
17
IEC 60335-2-24 is the safety standard for refrigerating appliances and ice-makers (household)
18
IEC 60335-2-75 covers ice-cream makers and similar appliances (broader kitchen safety)
19
EPA’s SNAP program affects refrigerant restrictions relevant to ice makers’ refrigerant choices
20
EPA lists acceptable refrigerants under SNAP for commercial refrigeration, including those used in ice machines
21
Refrigerant charge limits and restrictions reduce high-GWP refrigerant use in ice machines in markets with SNAP rules
22
Many manufacturers list “Nugget Ice” models with specific daily production capacity in lb/day; e.g., Scotsman BI series produces 1001 lb/day (example model)
23
Scotsman BI-1002 model produces 1050 lb of nugget ice per day (manufacturer specification)
24
Manitowoc Ice machine specifications list production in lbs/24 hrs (example Nugget ice machine model)
25
Hoshizaki nugget ice machines list production capacity in lb/day on model pages
26
Ice machine capacity and efficiency are tested and certified through NSF and energy programs
27
ENERGY STAR ice maker directory lists qualified models and their annual energy use metrics
28
ENERGY STAR product finder shows annual energy consumption for each certified ice maker model
29
Commercial ice machine cleaning frequency is recommended at intervals to maintain performance
30
Hoshizaki recommends periodic cleaning/sanitizing for ice machines to maintain performance (manufacturer guidance)
Interpretation
Manufacturing, Efficiency & Standards Interpretation
These Ice Machine Industry statistics basically say that to earn the right to sell you ice efficiently, an ice maker has to pass strict, standardized tests for how many pounds it makes and how many kWh it drinks under ENERGY STAR, using AHRI 810 and related safety, sanitation, and refrigerant rules (like NSF/ANSI 18, FDA guidance, IEC standards, and SNAP limits), before manufacturers can even claim capacities like a nugget model’s 1000-plus pounds per day.
03 · Category
Food Safety, Water & Hygiene30 stats
01
Ice machine cleaning impacts food safety by reducing biofilm and contamination risk
02
CDC notes that contaminated water/food can cause illness, emphasizing hygiene relevant to ice
03
The FDA Food Code includes requirements for ice used as a food ingredient to be handled hygienically
04
FDA Food Code 4-204 covers ice that is in contact with food; it must be protected from contamination
05
FDA Food Code includes provisions for mechanical failure and contamination prevention for ice machines
06
NSF/ANSI 18 includes sanitation and cleanability requirements for automatic ice makers
07
NSF/ANSI 18 addresses materials that contact ice and requirements for corrosion and cleanability
08
CDC advises using safe, potable water for making ice
09
WHO recommends safe water storage and handling to prevent contamination, relevant to ice water lines
10
WHO notes that drinking-water quality can be compromised after collection without safe storage, relevant to ice-making water supply
11
EPA sets National Primary Drinking Water Regulations that govern potable water quality used for ice
12
EPA lists maximum contaminant levels (MCLs) for regulated drinking-water contaminants, applicable to ice-making water sources
13
EPA’s Safe Drinking Water Act regulates public water systems providing water for commercial use including ice
14
EPA provides guidance on water system disinfection and maintaining safe water for consumption
15
CDC estimates that foodborne illnesses affect 48 million people annually in the U.S. (proxy for contamination risks including ice)
16
CDC estimates 128,000 hospitalizations annually from foodborne illness in the U.S.
17
CDC estimates 3,000 deaths annually from foodborne illness in the U.S.
18
CDC lists Listeria monocytogenes as a high-risk pathogen in ready-to-eat foods and environmental sources, relevant to ice machine hygiene
19
FDA advises cleaning and sanitizing food-contact surfaces to prevent contamination
20
NSF guidance states ice should be produced, stored, handled under sanitary conditions to prevent contamination
21
International Bottled Water Association/WHO guidance for water quality; for ice use similar safe-water requirements
22
Water hardness affects lime scale formation in ice machines, impacting hygiene; scaling occurs with minerals in water (general)
23
Many municipalities have hardness measured in grains per gallon; hardness drives scaling on equipment
24
USGS defines water hardness and indicates calcium/magnesium content causes scaling, relevant to ice machine maintenance
25
USGS provides threshold definitions of hardness; e.g., 0-60 mg/L as CaCO3 is “soft”
26
USGS says 60-120 mg/L as CaCO3 is “moderately hard” (scaling impacts)
27
USGS says >180 mg/L as CaCO3 is “very hard”
28
Minnesota Department of Health recommends sanitizing ice machines using approved cleaning agents (guidance)
29
Massachusetts DPH public health guidance includes ice handling and sanitation recommendations
30
EU Regulation (EC) No 852/2004 requires food business operators to ensure food hygiene including water used in food and ice
Interpretation
Food Safety, Water & Hygiene Interpretation
Clean, well maintained ice machines matter because biofilm control, sanitary handling, safe potable water supply, and proper sanitation requirements under CDC, FDA, NSF/ANSI, EPA, and EU rules all converge on the same goal: reducing the contamination and high risk pathogens like Listeria that can make the 48 million annual foodborne illness cases look a lot less like statistics and a lot more like preventable trips to the hospital.
More related reading
04 · Category
Distribution, Service & Operations30 stats
01
Steam and boiling water are common for de-scaling/cleaning ice machine components; some manufacturers specify temperatures for cleaning cycles
02
Hoshizaki recommends specific cleaning intervals (e.g., monthly cleaning) depending on conditions in maintenance guidance
03
Scotsman Ice recommends periodic cleaning/sanitizing and has service checklists for installers
04
Manitowoc provides service manuals including cleaning/sanitizing procedures for ice machines
05
Typical ice machine service includes water filter replacement and scale management (manufacturer guidance)
06
Water filtration is recommended to reduce scale and improve ice quality (industry practice)
07
Parts and consumables include water filters, cleaning chemicals, and gaskets used in routine service
08
Ice machine operators commonly maintain uptime by replacing key components like pumps and thermostats (service operations)
09
Many manufacturers provide certified training programs for technicians
10
Scotsman training resources for service technicians are provided through manufacturer programs
11
Manitowoc provides training and resources for service professionals
12
Refrigeration and HVAC contractors employ a workforce tracked by the Bureau of Labor Statistics; HVAC and refrigeration mechanics number was about 400k in the U.S. in 2023
13
BLS projects HVAC and refrigeration mechanics jobs to grow about 5% from 2022 to 2032, supporting service capacity
14
BLS occupational employment and wage estimates include refrigeration mechanics who service ice machines
15
Parts availability affects uptime; OEM parts are sold through authorized distributors and service channels (industry)
16
Manitowoc “Find a Distributor” locator indicates distribution coverage for ice machines and parts
17
Scotsman “Where to Buy” helps locate dealers and service
18
Hoshizaki “Where to Buy” lists authorized dealers for purchasing ice machines
19
Ice machine rental is offered by specialty companies; for example, IceMachines.com rental options (business operations)
20
Commercial ice machine leasing supports businesses without upfront capex (industry)
21
Warranty coverage often includes parts for specific periods (common in manufacturer warranties)
22
Service contracts are commonly offered by dealers to cover cleaning, parts, and labor (industry)
23
Many ice machine manuals list daily, weekly, and monthly maintenance tasks (operational standard)
24
Hoshizaki service manuals include recommended cleaning frequency by model and usage conditions
25
Scotsman service manuals include cleaning and maintenance schedules
26
Manitowoc parts catalogs list replacement frequencies for filters and seals (operator planning)
27
Water filter maintenance is a key operational component to reduce scale
28
Common scale prevention is accomplished with water treatment (softening/filtration)
29
Business continuity needs are impacted by ice machine failures; Uptime requirements in restaurants/bars depend on beverage service
30
BLS data shows refrigeration and HVAC installation service economy supports ongoing demand for service
Interpretation
Distribution, Service & Operations Interpretation
These ice machine industry stats are essentially a very serious reminder that “cleaning and uptime” is not a vibe but a schedule, with manufacturers specifying exact sanitizing temperatures and intervals, operators managing filters and scale, technicians relying on manuals, parts distribution, and training programs, and the whole service ecosystem supported by the steady BLS forecast for HVAC and refrigeration mechanics who keep commercial ice flowing.
05 · Category
Product Types, Applications & Consumer Demand29 stats
01
Nugget ice is popular in healthcare/eldercare for chewable texture; Scotsman nugget ice description targets healthcare and quick service
02
Flake ice is used for seafood and produce because it conforms and provides rapid cooling
03
Crushed/flake ice provides rapid cooling and coverage for food display
04
Cube ice is widely used in drinks because cubes melt slower and maintain beverage appearance
05
Scotsman explains nugget ice benefits for chewing and mouthfeel in healthcare settings
06
Hoshizaki describes nugget ice applications including healthcare and convenience
07
Hoshizaki describes flake ice machines for food processing and merchandising
08
Hoshizaki describes cube ice machines for beverages and food service
09
Manitowoc “ice types” learning hub differentiates cube vs flake vs nugget vs crushed
10
Manitowoc explains that nugget ice is also used in healthcare and QSR due to chewing comfort
11
Many nugget ice machines use induction for production efficiency (example product engineering)
12
Flake ice is commonly used in hospitals and supermarkets for food freshness
13
Cube ice is used in soft drinks and cocktails
14
Crushed ice is used for blended drinks and medical use (e.g., wound care/therapeutic)
15
In wound care, ice therapy (cryotherapy) uses crushed ice or ice packs; hospitals use ice for treatment
16
FDA/medical literature supports therapeutic cryotherapy using ice; illustrates demand in healthcare settings
17
Sports nutrition and cooling use ice in training/athletics; general demand supports ice equipment usage
18
Restaurants and bars use ice for beverage chilling and presentation
19
US Ice machines explains commercial ice needs for consistent beverage service
20
Ice machines support cold chain for food; ice for seafood shipping is common
21
FAO discusses the use of ice in fisheries for preservation and quality
22
FAO indicates ice is used to keep fish at low temperatures, supporting ice equipment demand
23
Grocery/retail displays use ice for seafood and deli items
24
Food service operators prefer specific ice types (cube for drinks; nugget for chewing)
25
Hospitality demand for ice machines is linked to beverage service volumes at hotels
26
UNWTO reports hotel and accommodation supply supporting tourism-driven equipment demand
27
Cruise ships require large quantities of ice for dining and bars; cruise sector growth supports installed base
28
Cruise Market Watch reports passenger numbers for cruise lines that increase ice needs onboard
29
Manitowoc defines multiple ice types used in different applications
Interpretation
Product Types, Applications & Consumer Demand Interpretation
These industry statistics, taken together, show that while different ice shapes are basically the same frozen science lesson, manufacturers and buyers treat them like distinct tools, with nugget ice winning hearts in healthcare and QSR for its chewable mouthfeel, flake and crushed ice cooling and covering food fast or supporting therapeutic cryotherapy, and cube ice keeping drinks looking better for longer, all while healthcare, seafood preservation, retail merchandising, hospitality, and even cruise-scale beverage service keep ice machines running like the world’s most frosty logistics backbone.
Reference
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APA
Henrik Dahl. (2026, February 13). Ice Machine Industry Statistics. Gitnux. https://gitnux.org/ice-machine-industry-statistics
MLA
Henrik Dahl. "Ice Machine Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/ice-machine-industry-statistics.
Chicago
Henrik Dahl. 2026. "Ice Machine Industry Statistics." Gitnux. https://gitnux.org/ice-machine-industry-statistics.
Sources & references
86 datasets cited across this report · attribution is report-level
+39 additional datasets cited (not shown individually)