60Kg/24H Countertop Ice Maker with Stainless Steel Storage Bin for Professional Foodservice

Reliable ice production is essential for cafés, convenience stores, restaurants, beverage counters, bars, hotels, and many other foodservice environments. Ice supports beverage preparation, food presentation, ingredient cooling, buffet service, and daily customer operations. When a business depends on a stable supply of clean, evenly produced ice, selecting the right commercial ice machine is an important purchasing decision.

The ZB-120A 60Kg/24H Countertop Ice Maker with Stainless Steel Storage Bin is designed for businesses that need continuous ice production without installing a large, floor-standing system. It combines a compact commercial format with a maximum daily output of 60 kilograms and a built-in storage capacity of 40 kilograms. Its air-cooled refrigeration system, R290 refrigerant, automatic cleaning function, stainless steel construction, and straightforward controls make it suitable for small- to medium-volume foodservice applications.

Manufactured by Spelor Electrical Appliances (Zhejiang) Co., Ltd., the machine reflects the capabilities of an established Chinese foodservice equipment producer with experience in commercial refrigeration, kitchen equipment, buffet equipment, ice-making systems, and related products. The manufacturer operates modern production facilities covering more than 60,000 square meters and supports product design, research and development, manufacturing, sales, customization, logistics, and after-sales service.

This article explains the machine’s operating value, technical features, construction advantages, commercial applications, comparison points, and the manufacturing strengths behind it. It also provides practical guidance for buyers evaluating commercial ice machines for daily use.

Why Commercial Ice Production Matters

Ice demand can change significantly during the day. A café may require frequent ice production during breakfast and lunch service, while a bar may experience its greatest demand in the evening. A convenience store may need ice for cold beverages throughout the day, and a restaurant may use it for drinks, food preparation, seafood presentation, and temporary ingredient cooling.

Relying on manually filled ice trays, domestic freezers, or bags of purchased ice can create several operational problems. Manual methods require labor, occupy freezer space, and provide limited production capacity. Purchased ice may involve recurring transportation, storage, and procurement costs. It can also be difficult to guarantee a consistent supply during busy periods.

A dedicated commercial ice maker gives the business more control over daily production. The operator can produce ice on-site, store it in an integrated bin, and draw from the available supply when needed. This approach can improve workflow efficiency and reduce dependence on external ice deliveries.

The ZB-120A is designed for this type of operation. With a maximum daily production rating of 60 kilograms and a 40-kilogram storage bin, it is suited to businesses that require regular ice availability but do not need the much larger capacity of industrial ice plants. Its compact dimensions also make it practical where floor space is limited.

Product Overview

The ZB-120A is a commercial air-cooled ice machine with a stainless steel storage bin. It has a rated power consumption of 550 watts, a maximum daily production capacity of 60 kilograms, and a storage capacity of 40 kilograms. The machine uses R290 refrigerant and has overall dimensions of 500 by 577 by 855 millimeters.

The housing uses food-grade stainless steel and colorful sprayed steel components. This combination provides a professional appearance while supporting the hygiene and durability requirements of commercial foodservice environments. Stainless steel is widely used in professional kitchens because it is relatively easy to clean, resistant to corrosion under normal operating conditions, and suitable for frequent sanitation routines.

Its automatic cleaning function helps simplify routine maintenance. Cleaning is particularly important in ice equipment because the machine handles water continuously. A regular cleaning process helps reduce the accumulation of mineral deposits, residue, and unwanted contaminants in water-contact areas. Automatic cleaning does not eliminate the need for operator inspection or sanitation, but it can make scheduled maintenance more convenient and consistent.

The machine is described as a countertop model, although its 855-millimeter height means buyers should confirm the intended installation arrangement before placing it on an existing work surface. It may be suitable for a dedicated equipment stand, service counter, or compact commercial installation area, provided that the supporting surface, ventilation clearances, drainage requirements, and access for maintenance are appropriate.

Item	Specification
Model	ZB-120A
Product type	Commercial ice machine with storage bin
Maximum daily production	60 kilograms per 24 hours
Storage bin capacity	40 kilograms
Rated power consumption	550 watts
Condensation method	Air cooling
Refrigerant	R290
Overall dimensions	500 × 577 × 855 millimeters
Construction materials	Food-grade stainless steel and sprayed steel
Cleaning function	Automatic cleaning function

Production Capacity for Daily Commercial Use

The stated maximum daily output is 60 kilograms within a 24-hour period. This capacity is appropriate for many small and medium-sized foodservice outlets. It can support regular beverage service in cafés, cold drink preparation in convenience stores, and the daily ice requirements of small restaurants and snack shops.

Daily production depends on operating conditions. Ambient temperature, water temperature, ventilation, incoming water quality, cleaning condition, and the frequency of ice removal can influence the actual output. The maximum rating should therefore be used as a planning reference rather than a guarantee that the same quantity will be produced under every environmental condition.

For a café serving iced coffee, fruit drinks, milk tea, smoothies, or soft drinks, 60 kilograms can provide a useful production margin during normal service. A convenience store can use the machine to maintain an on-site supply for drinks and customer-facing cold products. A small restaurant may use the stored ice for beverages and selected kitchen applications without dedicating an entire room to ice production.

The 40-kilogram storage bin adds operational flexibility. Production can continue during lower-demand periods, allowing the machine to build an available reserve before a busy service window. The storage capacity also reduces the need for staff to transfer newly produced ice to separate containers throughout the day.

Production and storage should be considered together. A machine with high production but very limited storage may require frequent manual handling. Conversely, a large bin paired with low production may not recover quickly after peak demand. The ZB-120A balances a moderate commercial production rate with a comparatively useful integrated storage capacity for compact foodservice locations.

Compact Design for Space-Conscious Businesses

Commercial kitchens and beverage counters often have limited space. Equipment must fit around preparation tables, refrigerators, sinks, display cabinets, and customer service areas. A machine that provides useful output while maintaining a compact footprint can be more practical than a larger system designed for high-volume industrial service.

The ZB-120A has a footprint of approximately 500 by 577 millimeters. This allows it to occupy less floor area than many large commercial ice-making installations. Its vertical format uses height to provide production and storage capability, making it suitable for locations where horizontal floor space is restricted.

Before installation, the buyer should measure the available location carefully. The dimensions of the machine are 500 × 577 × 855 millimeters, and additional clearance may be required for ventilation, electrical access, water connections, drainage, inspection, and service. Air-cooled equipment must be able to release heat effectively. Blocking the air intake or exhaust area can reduce performance and increase operating stress.

A suitable installation location should be level, stable, clean, dry, and close to the required utilities. The supporting surface must be capable of carrying the equipment and its stored ice. The operator should also leave enough space to open access panels and perform routine maintenance without moving other equipment.

Compared with a large floor-standing ice maker, this compact format can reduce the disruption involved in adding ice production to an existing business. It may be particularly attractive for renovated cafés, compact bars, food trucks with appropriate utility arrangements, retail beverage counters, and small hospitality facilities.

60Kg/24H Countertop Ice Maker with Stainless Steel Storage Bin

Food-Grade Stainless Steel Construction

The use of food-grade stainless steel is one of the machine’s main construction advantages. Stainless steel offers a clean, professional appearance and is well suited to commercial environments where surfaces must be wiped and sanitized frequently. It also provides a durable exterior for equipment that may be exposed to water, humidity, cleaning agents, and repeated staff contact.

The phrase “food-grade” refers to material suitability for food-related applications, but effective hygiene still depends on the overall design and operating procedure. Water-contact areas, storage surfaces, drainage points, seals, and surrounding work areas should all be cleaned according to the operator’s sanitation plan. The stainless steel exterior supports this process by providing a practical surface that can be maintained with appropriate cleaning products.

The colorful sprayed steel elements add visual flexibility. Businesses that pay attention to the appearance of their beverage station may prefer equipment that looks coordinated with the store interior. The combination of stainless steel and sprayed steel can provide a balance between commercial durability and a more customized appearance.

In comparison with equipment built primarily from lower-grade painted materials, stainless steel can offer better resistance to everyday wear when correctly maintained. It can also support a more professional presentation in open-counter environments where customers can see the equipment. The exterior should still be protected from harsh chemicals, abrasive pads, standing water, and improper cleaning methods.

Air-Cooled Condensation System

The ZB-120A uses air cooling for condensation. In an air-cooled system, surrounding air removes heat from the refrigeration circuit through the condenser. This design avoids the continuous water consumption associated with water-cooled condensation and simplifies utility requirements for businesses that want to control water use.

Air-cooled equipment is often practical for cafés, restaurants, retail shops, and small commercial kitchens because it does not require a dedicated condenser water supply. This can make installation easier and reduce the number of water connections that need to be managed.

However, air-cooled machines require proper ventilation. The surrounding air must be sufficiently cool and the condenser area must remain free of dust, packaging, grease, and other obstructions. If the machine is placed against a wall or inside an enclosed cabinet without suitable ventilation, the refrigeration system may have to work harder.

The operating environment should be considered during site selection. A machine placed beside a cooking line, in direct sunlight, or in a small unventilated room may not achieve the same performance as one installed in a clean and adequately ventilated area. Regular condenser inspection is also important, especially in locations where airborne grease or dust is present.

Compared with water-cooled alternatives, the air-cooled configuration can provide a lower-complexity installation for many smaller businesses. It may also be useful in regions where water conservation is a priority. The final choice should still account for local climate, utility costs, available ventilation, and the operating conditions of the individual site.

R290 Refrigerant and Refrigeration Design

The machine uses R290 refrigerant. R290 is propane refrigerant and is recognized for its low global warming potential compared with many older high-global-warming-potential refrigerants. Its use reflects the broader movement toward refrigeration technologies with reduced environmental impact.

Because R290 is classified as flammable, installation, servicing, and repair must be performed according to the manufacturer’s instructions and applicable local safety requirements. Qualified technicians should handle refrigeration-system work. Operators should not attempt to open, recharge, or modify the refrigerant circuit without the appropriate training and equipment.

For buyers, the use of R290 can be a meaningful specification when evaluating the environmental profile of commercial refrigeration equipment. It may also support compliance with evolving refrigerant regulations in some markets. Importers and distributors should confirm regional certification, labeling, electrical requirements, and installation rules before placing the machine into service.

Refrigerant choice is only one part of overall energy performance. Actual energy use depends on ambient conditions, production load, condenser cleanliness, water temperature, installation clearance, operating schedule, and maintenance. The stated 550-watt rating provides an important reference for electrical planning, but the operator should review the complete technical documentation for local installation and energy calculations.

Automatic Cleaning Function

Water quality and sanitation are central to ice machine performance. Minerals can gradually accumulate on internal surfaces, while residue may develop if the machine is not cleaned at suitable intervals. An automatic cleaning function can help simplify the cleaning cycle and encourage more consistent routine maintenance.

The ZB-120A is described as having an automatic cleaning function. This feature is valuable because it reduces the number of manual steps required to begin a cleaning program. It can make the equipment easier for staff to operate, particularly in busy businesses where maintenance tasks must be completed efficiently.

Automatic cleaning should be viewed as a maintenance aid rather than a complete substitute for an established sanitation procedure. Operators should follow the supplied instructions regarding cleaning agents, cleaning frequency, water-system inspection, bin sanitation, filter replacement, and final rinsing. The machine should also be checked for unusual odor, visible residue, abnormal noise, or changes in production performance.

Businesses operating in areas with hard water may need a more frequent cleaning schedule. Water filtration or treatment may also be appropriate, subject to the manufacturer’s recommendations. Good water quality can help reduce mineral buildup, support consistent ice production, and extend the service life of water-contact components.

The automatic cleaning function offers a practical advantage over basic machines that require every cleaning step to be performed manually. It does not remove the need for staff responsibility, but it can improve convenience and help standardize the beginning of the cleaning process.

Operational Convenience and Ease of Use

Commercial equipment must be easy enough for different employees to use correctly. Complicated procedures can lead to inconsistent production, incorrect cleaning, or avoidable downtime. The ZB-120A is described as easy to operate, making it appropriate for businesses where multiple staff members may share responsibility for the beverage or kitchen station.

A practical operating routine generally includes checking the water supply, confirming that the machine is level and ventilated, starting the production cycle, monitoring the storage bin, and following the cleaning schedule. Staff should understand that the storage bin is intended to hold ice under the conditions specified by the manufacturer and that the bin should be cleaned and sanitized regularly.

The integrated storage bin reduces handling. Ice can be produced and collected in the same unit rather than being moved repeatedly between the machine and a separate container. This can save labor and reduce the chance of spills or unnecessary contact with the ice.

Businesses can also organize production around demand. The machine may be operated in advance of expected peak periods so that stored ice is available when customer volume increases. This is particularly useful for cafés and beverage stores with predictable morning, lunchtime, evening, or weekend demand.

Ease of use also depends on clear staff training. Operators should know how to stop the machine, clean the bin, identify warning conditions, maintain ventilation, and contact service personnel when a technical issue occurs. A simple operating design is most effective when supported by a clear internal procedure.

Advantages Compared with Smaller Domestic Ice Makers

Domestic ice makers are designed for household use and generally provide lower production and storage capacity. They may not be suitable for continuous commercial demand, repeated opening of the storage area, or the sanitation expectations of a foodservice business.

The ZB-120A offers a maximum daily output of 60 kilograms, which is substantially more suitable for regular café, restaurant, and retail use than a household appliance. Its 40-kilogram storage bin also provides a commercial reserve that can reduce the need for constant operator intervention.

The machine’s stainless steel construction, air-cooled refrigeration system, automatic cleaning function, and R290 refrigerant further distinguish it from many basic domestic products. Its dimensions are designed around commercial installation rather than occasional home use, and its production system is intended for ongoing daily operation.

Businesses should not select a domestic unit simply because it has a lower purchase price. The relevant comparison should include production capacity, service life, sanitation, labor requirements, storage, energy use, warranty support, and the cost of purchasing replacement ice when demand exceeds the machine’s capability.

Advantages Compared with Larger Industrial Ice Systems

Large industrial ice systems can provide much higher output, but they also require more space, greater investment, more complex installation, and often more extensive maintenance infrastructure. For a small café or neighborhood restaurant, such capacity may be unnecessary.

The ZB-120A focuses on a different market need: useful daily production in a compact commercial format. Its 60-kilogram capacity is appropriate for businesses that require regular ice but do not need hundreds of kilograms per day. Its relatively compact footprint can make it easier to integrate into an existing operation.

A smaller commercial unit may also allow a business to expand gradually. An operator can install one machine when demand is moderate and add capacity later if the business grows. This approach can help avoid over-investment in equipment that remains underused.

However, businesses with very high demand, multiple service locations, large events, or continuous industrial production should conduct a detailed capacity study. The ZB-120A is intended for small- to medium-volume continuous ice production, not for every high-output application.

Advantages Compared with Purchased Bagged Ice

Purchased bagged ice provides immediate supply but creates recurring procurement responsibilities. Staff may need to place orders, receive deliveries, move heavy bags, allocate freezer or storage space, and dispose of packaging. Availability can also be affected by supplier schedules, seasonal demand, weather, and local distribution conditions.

On-site production with the ZB-120A gives the business greater control over its routine ice supply. The machine can produce ice during operating hours and store it in its integrated bin. This can reduce reliance on external deliveries and help the business maintain a more predictable service workflow.

Producing ice on-site does not eliminate operating costs. The machine requires electricity, water, cleaning supplies, maintenance, and occasional technical service. Nevertheless, the total cost may be favorable for businesses with steady daily demand, especially when purchased ice is expensive or difficult to source reliably.

A cost comparison should include the expected daily ice requirement, local bagged-ice prices, delivery fees, labor, utility rates, maintenance, and the planned service life of the machine. Buyers should also consider the value of improved availability and reduced dependence on outside suppliers.

Applications in Cafés and Beverage Shops

Cafés commonly use ice for iced coffee, cold brew, tea, flavored drinks, fruit beverages, blended products, and soft drinks. Demand may be concentrated around certain times of the day, so the ability to produce and store ice in advance is valuable.

The ZB-120A’s 60-kilogram maximum daily production and 40-kilogram storage bin can support many small café operations. Its stainless steel exterior is appropriate for visible beverage stations, while its compact footprint can help preserve counter and preparation space.

For beverage shops, ice quality and consistency are important because ice is directly associated with the customer’s drink experience. A clean machine, suitable water supply, correct operating procedure, and regular maintenance all contribute to reliable service.

The machine can also help reduce interruptions. Instead of asking staff to purchase ice during a busy shift, the store can establish a daily production schedule. This improves planning and may allow employees to focus more on drink preparation and customer service.

Applications in Convenience Stores

Convenience stores often sell cold beverages, prepared drinks, packaged foods, and ready-to-serve products. Ice may be used for drinks prepared at the counter, food display support, or other cold-service requirements.

A compact commercial ice machine can be installed in a back-of-house preparation area or a suitable service zone. The 40-kilogram storage bin provides a reserve that can support demand between production cycles. The air-cooled design can also simplify installation where a dedicated condenser water system is not available.

Convenience stores may operate for long hours, so equipment reliability and ease of maintenance are especially important. Staff changes can be frequent, making a clear operating procedure and automatic cleaning function useful. Managers should maintain a written cleaning schedule and assign responsibility for inspection.

Applications in Small Restaurants and Snack Shops

Restaurants use ice for customer beverages, chilled ingredients, seafood presentation, temporary food cooling, and specialty menu items. Snack shops may use ice in fruit drinks, milk tea, desserts, and other cold products.

The ZB-120A can provide an independent ice source for smaller kitchens that do not have the space or demand for a large ice plant. Its stainless steel construction can fit naturally into a commercial kitchen environment, while the storage bin reduces the need for separate ice containers.

Restaurant managers should determine whether the stated capacity is sufficient for the menu and busiest service periods. A location serving a large volume of cocktails, iced beverages, or seafood may require additional capacity. In such cases, the machine can potentially serve as a primary unit for moderate demand or a supplementary unit during peak periods, subject to the manufacturer’s technical guidance.

Applications in Bars and Hospitality Locations

Bars require ice for cocktails, mixed drinks, soft drinks, bottle chilling, and presentation. Demand can rise sharply during evenings, weekends, holidays, and special events. A storage bin allows the machine to build an ice reserve before service begins.

The machine’s commercial construction and compact footprint can be useful in smaller bars where every square meter must be carefully managed. The operator should position the machine away from excessive heat and ensure sufficient ventilation, particularly if it is installed near beverage refrigeration or other heat-producing equipment.

Hotels, guesthouses, institutional dining rooms, and event-oriented businesses may also use compact ice production equipment for selected service areas. The suitability of the ZB-120A depends on the volume and type of ice required, as well as the location’s water, drainage, power, and ventilation arrangements.

Manufacturing Capabilities Behind the Product

The manufacturer, Spelor Electrical Appliances (Zhejiang) Co., Ltd., is described as an integrated enterprise covering design, research and development, manufacturing, sales, and service. This integrated structure can provide advantages when developing and supplying commercial foodservice equipment.

With more than 60,000 square meters of modern production facilities, the company has the physical scale to support product assembly, component coordination, quality inspection, packaging, and shipment preparation. A larger manufacturing base can also help support multiple product categories and provide resources for ongoing product development.

The company’s product range includes ice cream machines, juice dispensers, fried ice cream machines, refrigeration cabinets, slush machines, flake ice machines, cooking equipment, griddles, fryers, insulation products, barbecue equipment, and buffet solutions. This broad portfolio indicates experience in the wider foodservice equipment sector rather than a focus on only one isolated product type.

Experience across related equipment categories can be valuable because commercial refrigeration, food preparation, beverage service, thermal equipment, and buffet systems often share common customer requirements. These include sanitation, durable materials, straightforward operation, serviceability, packaging protection, and international shipment coordination.

Product Design and Research and Development

Commercial equipment design must balance performance, manufacturing cost, user convenience, appearance, sanitation, installation, and maintenance. A product such as the ZB-120A requires coordination between refrigeration performance, water handling, storage, electrical components, cabinet construction, and control functions.

An integrated design and research-and-development capability allows the manufacturer to evaluate these functions as part of a complete system. The company can use customer feedback, market requirements, and application experience to improve product details and develop configurations for different foodservice environments.

The availability of OEM and ODM support is also important for distributors, importers, restaurant groups, and private-label buyers. OEM production may allow a customer to specify branding, packaging, or selected product details. ODM cooperation can support more substantial customization based on drawings, technical requirements, market needs, or a particular application.

Customization should be confirmed in writing before production. Buyers should discuss electrical standards, plug type, voltage, frequency, color, logo placement, packaging, documentation, certifications, water connections, drainage, and any requested changes to the standard machine.

Manufacturing Process and Quality Considerations

A commercial ice machine requires a sequence of controlled manufacturing steps. These may include material preparation, cabinet forming, stainless steel processing, sprayed steel finishing, component installation, refrigeration-system assembly, wiring, insulation, control-system integration, functional testing, cleaning, final inspection, and packaging.

Stainless steel panels must be formed and finished carefully so that surfaces remain clean, edges are suitable for commercial use, and the cabinet maintains structural stability. Sprayed steel components require appropriate surface preparation and coating control to produce a consistent finish.

Refrigeration assembly requires attention to tubing, joints, insulation, compressor installation, refrigerant-system integrity, and leak testing. Electrical assembly requires correct wiring, grounding, protection, and verification of the machine’s control functions. Water systems must be checked for correct flow, drainage, and connection integrity.

Functional testing is particularly important. A completed machine should be evaluated for startup behavior, cooling performance, ice production, storage operation, cleaning function, abnormal noise, water leakage, electrical safety, and overall appearance. Proper testing helps identify problems before the machine is shipped to a customer.

Packaging is another important part of the manufacturing process. Commercial equipment may travel long distances by truck, container, or multimodal freight. Protective packaging should reduce the risk of scratches, dents, vibration damage, moisture exposure, and movement during transportation. Export buyers should discuss packaging requirements according to their shipping method and destination.

Quality Control and International Supply

For international buyers, product quality includes more than the physical machine. It also includes consistency between production batches, technical documentation, packaging, spare-parts support, communication, and compliance with the destination market’s requirements.

A manufacturer with integrated sales and service functions can help coordinate these areas. Buyers may request inspection records, product specifications, operating manuals, packaging photographs, sample approvals, and pre-shipment inspections when appropriate.

Importers should confirm whether the machine meets the electrical and safety requirements of the destination country. Requirements may include voltage, frequency, plug configuration, labeling, refrigerant information, energy declarations, and applicable product certifications. Responsibility for importing and local compliance should be clarified between the manufacturer, distributor, and buyer.

Stable supply is another advantage of working with an established factory. Commercial customers may need repeat orders, replacement units, different capacity models, or related equipment for multiple locations. A broad product portfolio can simplify sourcing by allowing buyers to coordinate several product categories with one manufacturing partner.

OEM and ODM Cooperation

The manufacturer offers OEM and ODM foodservice equipment solutions based on drawings or customer requirements. This can be useful for wholesalers, restaurant chains, hospitality groups, equipment distributors, and project contractors that need products adapted to a specific sales channel or installation concept.

OEM cooperation may involve private labeling, customized packaging, selected exterior colors, product identification, or market-specific documentation. ODM cooperation may involve designing or modifying equipment around a customer’s performance targets, installation limitations, or product portfolio strategy.

Customization can add value, but it should be managed through a documented technical process. The buyer should provide clear drawings, required tolerances, electrical conditions, production quantities, target markets, packaging expectations, and quality standards. Both sides should confirm sample approval procedures, tooling responsibilities, minimum order quantities, lead times, inspection requirements, and warranty terms.

The ZB-120A can serve as a standard product platform for customers that need a compact commercial ice machine with a 60-kilogram daily production rating and 40-kilogram storage capacity. Customers requiring special adaptations should confirm feasibility before placing an order.

Installation and Commissioning Guidance

Correct installation has a direct effect on performance and service life. The machine should be placed on a level, stable surface capable of supporting its operating weight. The location should be clean, dry, and protected from unnecessary heat, direct sunlight, splashing water, and excessive grease.

Because the condenser is air-cooled, the machine needs adequate airflow. The operator should not cover ventilation openings or install the unit in a tightly enclosed cabinet unless the design includes suitable ventilation. The installation area should also allow service access and permit staff to clean the surrounding floor and walls.

Water quality should be appropriate for ice production. If local water contains high mineral content, filtration or water treatment may be considered. The installation should include suitable water and drainage arrangements as required by the manufacturer’s instructions and local plumbing rules.

Electrical connections must match the machine’s rated requirements and local regulations. The machine should be connected to a properly grounded supply by qualified personnel where required. Extension cords, overloaded circuits, and improvised connections should be avoided.

After installation, the machine should be cleaned and commissioned according to the operating manual. The operator should verify water flow, drainage, startup behavior, ice production, storage-bin operation, and the automatic cleaning cycle. Staff should be trained before the machine is used for customer service.

Maintenance Practices for Long-Term Performance

Routine maintenance helps protect production capacity, hygiene, and reliability. Operators should follow a written schedule that includes cleaning the storage bin, checking water-contact areas, inspecting the condenser, monitoring drainage, and observing the machine during operation.

The condenser should remain free of dust and grease. In a restaurant or snack shop, airborne grease can accumulate more quickly than in a low-grease café. The inspection interval should reflect the environment. Cleaning should be carried out using methods approved for the equipment.

The water system and storage bin should be cleaned according to the manufacturer’s recommendations. Staff should avoid using unapproved chemicals or abrasive tools that could damage surfaces or leave residues. After cleaning, surfaces should be rinsed as required and returned to a sanitary condition before ice production resumes.

Operators should monitor changes in production speed, unusual sounds, water leakage, excessive heat, abnormal odor, or inconsistent ice quality. Early attention to these signs can help prevent a minor issue from becoming a larger service problem.

Professional technicians should handle refrigeration-system repairs, electrical faults, refrigerant work, and component replacement when specialized knowledge is required. Using compatible replacement parts and following the manufacturer’s service guidance can help maintain safe operation.

How to Evaluate Whether the Capacity Is Suitable

Buyers should estimate the expected daily ice demand before ordering. The calculation should include average demand, peak demand, seasonal changes, staff usage, menu expansion, and any non-beverage applications such as food presentation or ingredient cooling.

A café can estimate ice use by reviewing the number of cold drinks served per day and the average amount of ice used per drink. A restaurant should also consider table service, kitchen preparation, seafood or buffet displays, and special events. A bar should calculate demand by drink category and peak service period.

The 60-kilogram daily rating provides a useful reference, but a buyer should maintain a safety margin. If expected average demand approaches the machine’s maximum capacity, the business may experience shortages during hot weather, high-volume events, or periods of maintenance. In such cases, additional capacity or a backup supply plan may be appropriate.

The 40-kilogram bin should also be evaluated against peak-period demand. If the business needs more ice during a short period than the bin can hold, the operator should plan production timing or consider a larger system. Capacity planning is more reliable when based on actual sales data rather than assumptions.

Purchasing Considerations for Distributors and Project Buyers

Distributors should evaluate the machine’s target market, local demand, packaging, documentation, warranty policy, spare-parts availability, and shipping method. The compact commercial format may appeal to independent restaurants, cafés, convenience stores, bars, and hospitality projects.

Project buyers should confirm site dimensions and technical requirements before finalizing equipment schedules. Important points include machine dimensions, electrical supply, water inlet, drainage, ventilation, access routes, counter or stand construction, service clearance, and local safety requirements.

For OEM and ODM projects, buyers should establish a complete product specification. The specification should identify capacity, materials, refrigerant, controls, colors, labeling, packaging, testing, certifications, manuals, spare parts, and acceptance criteria.

Commercial equipment purchasing should also include after-sales planning. Buyers should understand warranty coverage, response procedures, troubleshooting support, recommended maintenance, and the availability of consumable or replacement components.

Comparison Summary

Evaluation factor	ZB-120A value	Why it matters commercially
Daily production	Up to 60 kilograms per 24 hours	Supports regular small- to medium-volume ice demand
Storage	40-kilogram integrated bin	Provides a reserve and reduces manual ice transfer
Construction	Food-grade stainless steel and sprayed steel	Supports a professional appearance and routine cleaning
Condensation	Air cooling	Reduces the need for a dedicated condenser water circuit
Refrigerant	R290	Uses a lower-global-warming-potential refrigerant option
Cleaning	Automatic cleaning function	Simplifies routine maintenance procedures
Footprint	500 × 577 millimeters	Fits compact commercial installation areas more easily than large industrial systems
Power rating	550 watts	Provides a reference for electrical planning and operating-cost estimates
Customization support	OEM and ODM solutions available	Supports distributors, private-label buyers, and project requirements

Frequently Asked Questions

What is the maximum production capacity of the machine?

The maximum stated production capacity is 60 kilograms of ice per 24 hours. Actual output may vary according to ambient temperature, water temperature, ventilation, water quality, maintenance condition, and operating schedule.

How much ice can the storage bin hold?

The integrated storage bin has a stated capacity of 40 kilograms. This allows the machine to store a useful reserve and reduces the need to move ice into a separate container during normal operation.

Is the ZB-120A suitable for a small café?

Yes. It is designed for small- to medium-volume continuous ice production and can be suitable for cafés, beverage shops, convenience stores, bars, and small restaurants. The buyer should compare the machine’s capacity with actual daily and peak-period demand.

Does the machine use air cooling or water cooling?

The machine uses air cooling. It must be installed with adequate ventilation so that heat can be released effectively from the condenser area.

What refrigerant does the machine use?

The machine uses R290 refrigerant. Because R290 is flammable, refrigeration-system installation and servicing should be performed by qualified personnel in accordance with applicable safety requirements.

Does it have an automatic cleaning function?

Yes. The ZB-120A includes an automatic cleaning function. Operators should still follow the complete cleaning and sanitation instructions, including storage-bin cleaning, water-system inspection, and any required manual maintenance.

What materials are used for the cabinet?

The product uses food-grade stainless steel and colorful sprayed steel. These materials provide a professional commercial appearance and support routine cleaning when maintained correctly.

Can it be installed on any countertop?

Not necessarily. The machine measures 500 × 577 × 855 millimeters, so the available space and supporting structure must be checked carefully. The installation surface must be level and strong enough, and appropriate ventilation and service clearance must be provided.

Is the machine suitable for industrial-scale ice production?

The machine is intended for small- to medium-volume commercial use. Businesses requiring very high output, large event capacity, or industrial-scale production should compare their needs with larger models or multiple-machine installations.

Can the manufacturer provide OEM or ODM service?

The manufacturer offers OEM and ODM foodservice equipment solutions based on drawings or customer requirements. Buyers should confirm customization scope, minimum order quantities, technical specifications, packaging, certification, lead time, and inspection terms before ordering.

What should be considered when installing the machine?

Buyers should consider the machine dimensions, stable support, ventilation, water supply, drainage, electrical requirements, cleaning access, service clearance, local regulations, and the quality of the incoming water.

How should the condenser be maintained?

The condenser should be inspected and kept free of dust, grease, and obstructions. Cleaning frequency depends on the installation environment. A greasy kitchen or dusty service area may require more frequent inspection than a clean beverage counter.

Can R290 refrigeration work in every market?

R290 is widely used in certain commercial refrigeration applications, but local requirements vary. Importers and installers should verify applicable safety standards, certifications, labeling, electrical requirements, and refrigerant regulations in the destination market.

Conclusion

The ZB-120A 60Kg/24H Countertop Ice Maker with Stainless Steel Storage Bin is a practical commercial solution for businesses that require dependable daily ice production without the size and complexity of a large industrial system. Its maximum output of 60 kilograms per day, 40-kilogram integrated storage bin, compact footprint, stainless steel construction, air-cooled condensation, R290 refrigerant, and automatic cleaning function address many of the core requirements of small and medium-sized foodservice operations.

Compared with domestic ice makers, it provides substantially greater production and storage capability. Compared with oversized industrial equipment, it offers a more compact and potentially more economical approach for businesses with moderate demand. Compared with purchased bagged ice, it can provide greater control over on-site supply and reduce dependence on external deliveries.

The product is supported by a manufacturer with broad experience in commercial refrigeration, beverage equipment, kitchen equipment, buffet solutions, and related foodservice products. Its modern production facilities, integrated research and development, manufacturing, sales, and service capabilities, and OEM and ODM support provide a foundation for both standard product supply and customized commercial projects.

Successful operation depends on correct installation, adequate ventilation, suitable water quality, routine cleaning, condenser maintenance, staff training, and professional technical service when required. When these conditions are properly managed, the machine can help cafés, convenience stores, bars, restaurants, snack shops, and hospitality businesses maintain a stable supply of clean ice while making efficient use of valuable commercial space.

References

1. Manufacturer-provided product specification for the ZB-120A commercial ice machine.

2. Manufacturer-provided company information for Spelor Electrical Appliances (Zhejiang) Co., Ltd.

3. Commercial refrigeration equipment installation and maintenance principles.

4. Foodservice equipment sanitation and water-quality management practices.

5. General technical guidance for air-cooled refrigeration systems.

6. General safety guidance for equipment using R290 hydrocarbon refrigerant.

7. Foodservice facility planning principles for commercial kitchen ventilation, drainage, access, and equipment placement.

Product: 60Kg/24H Countertop Ice Maker with Stainless Steel Storage Bin