300 LBS/24H Commercial Auto Self-Cleaning Ice Maker for Reliable Foodservice Production

Commercial foodservice businesses depend on a stable supply of ice. Restaurants, cafés, bars, hotels, supermarkets, convenience stores, catering companies, and institutional kitchens all need ice that is produced consistently, stored hygienically, and available during peak operating periods. When an ice machine cannot keep up with demand, the consequences can include slow service, reduced customer satisfaction, emergency purchases, and unnecessary operating costs.

The ZB-300 commercial ice maker is designed to address these challenges with a high-capacity production system, a large storage bin, air-cooled refrigeration, an automatic self-cleaning function, and a Gree compressor. With a stated maximum daily output of up to 300 pounds, the machine is intended for medium-sized commercial operations that require a dependable supply of ice throughout the working day.

Its food-grade stainless steel plate body, colorful sprayed steel construction, integrated storage capacity, and compact vertical format make it suitable for professional environments where hygiene, durability, and efficient use of floor space are important. More than a basic ice-producing appliance, it is a complete production and storage solution for businesses that need operational continuity.

300LBS/24H Commercial Auto Self-Cleaning Ice Maker Machine with Gree Compressor

Why Reliable Ice Production Matters in Commercial Operations

Ice is often an essential part of a foodservice operation rather than an optional accessory. Bars use it for cocktails, soft drinks, iced coffee, and chilled bottles. Restaurants use it for beverages, seafood displays, salad bars, buffet service, and food presentation. Cafés require ice for cold brew, iced tea, smoothies, blended drinks, and seasonal beverages. Retailers and supermarkets may use it for fresh food displays, temporary storage, and customer-facing beverage service.

Demand is rarely constant. A machine may operate under moderate demand in the morning, yet face several hours of continuous production and dispensing during lunch, dinner, evening service, or weekend trading. A commercial ice maker must therefore deliver more than a high theoretical output. It must also provide stable refrigeration, effective storage, accessible controls, and a construction standard suitable for repeated daily use.

The ZB-300 is positioned for these requirements. Its combination of production capacity and storage capacity helps separate ice production from immediate use. The machine can continue producing ice while the storage bin holds finished ice for later service. This arrangement provides a reserve during short demand peaks and reduces the need for staff to monitor and refill separate ice containers continuously.

A dependable ice machine can also simplify purchasing and inventory planning. Businesses may reduce their reliance on bagged ice, avoid repeated emergency deliveries, and gain greater control over ice availability. For operators serving a high volume of cold beverages, producing ice on-site can support more predictable costs and a smoother service workflow.

Product Overview

The ZB-300 is a commercial ice-making machine specified for a maximum daily production of 300 pounds, equivalent to approximately 150 kilograms under the supplied product information. It includes a built-in storage bin with a listed capacity of 220 pounds, or approximately 100 kilograms in the technical information. The appliance uses air cooling and is equipped with a Gree compressor.

The machine has a rated power consumption of 750 watts and an overall dimension of approximately 585 by 850 by 1,632 millimeters. Its tall vertical structure allows production equipment and storage space to be integrated into one cabinet while maintaining a relatively controlled footprint for commercial back-of-house or service-area installation.

The external body uses food-grade stainless steel together with colorful sprayed steel. Stainless steel is widely used in professional food equipment because it is resistant to corrosion, relatively easy to clean, and suitable for environments exposed to water, condensation, and frequent sanitation. The sprayed steel sections can contribute to the machine’s visual appearance while supporting the structure of the cabinet.

Product category	Commercial ice machine
Model	ZB-300
Maximum daily production	300 lb / approximately 150 kg
Storage bin capacity	220 lb / approximately 100 kg
Rated power consumption	750 W
Compressor	Gree compressor
Refrigerant information	R410 listed in the specification; R404a/R410 listed in the extended information
Condensation method	Air cooling
Overall dimension	585 × 850 × 1,632 mm
Cleaning function	Automatic self-cleaning function
External materials	Food-grade stainless steel and sprayed steel

Because refrigerant information appears in two forms in the supplied specifications, the exact refrigerant configuration should be confirmed for the intended market and production batch before purchase. Electrical requirements, ambient operating conditions, water supply requirements, drainage, ice type, and final performance should also be confirmed with the manufacturer during the technical quotation process.

High Production Capacity for Busy Commercial Service

The principal advantage of the ZB-300 is its high stated production capacity. A maximum output of 300 pounds per day provides a substantial reserve for restaurants, bars, cafés, and other medium-sized businesses. In practical terms, the output gives an operator the ability to prepare ice in advance and maintain supply through periods of elevated demand.

Daily production figures are normally measured under specified test conditions. Actual output can vary according to ambient temperature, inlet water temperature, installation conditions, ventilation, cleaning status, and operating schedule. Even so, a machine rated at this level provides a useful planning benchmark. Operators can compare the expected daily ice requirement with the machine’s rated capacity and determine whether additional reserve is needed.

High output is especially valuable for operations with concentrated demand. A cocktail bar may require a large quantity of ice in the evening. A restaurant may experience a sharp increase in beverage orders during lunch and dinner. A café may have a high volume of iced drinks during warm weather. The ZB-300 is designed to support such patterns by producing ice continuously and storing it in an integrated bin.

The production rating also gives businesses flexibility as they grow. A machine selected only for current demand may become insufficient when the menu expands, seating capacity increases, or a new beverage program is introduced. Choosing a higher-capacity unit can reduce the likelihood of early replacement and support future business development.

Production and Storage Work Together

Production capacity and storage capacity should be considered together. A machine that produces ice quickly but has limited storage may require staff to transfer ice frequently. A large storage bin without sufficient production speed may be unable to recover after a busy service. The ZB-300 balances these two functions with a stated maximum daily production of up to 300 pounds and a storage capacity of up to 220 pounds.

This arrangement allows ice to accumulate during quieter periods. For example, a restaurant can produce ice before opening, build a reserve during early service, and draw from the storage bin when demand rises. The storage function helps reduce the pressure on the refrigeration system during short-term peaks because ready-to-use ice is already available.

The bin also provides a more organized alternative to storing loose ice in multiple external containers. When properly installed and maintained, an integrated commercial storage compartment can support better workflow, easier stock visibility, and more consistent handling procedures.

Gree Compressor for Stable Refrigeration Performance

The compressor is one of the most important components in an ice machine. It drives the refrigeration cycle that removes heat from the water and creates the conditions necessary for ice formation. Compressor performance affects production stability, cooling response, energy use, operating noise, and long-term reliability.

The ZB-300 is equipped with a Gree compressor. Gree is an established compressor and refrigeration equipment brand with broad use in air-conditioning and commercial refrigeration applications. Including a recognized compressor brand can provide an important point of confidence for distributors, equipment buyers, and service technicians evaluating the machine.

A reliable compressor helps the ice maker maintain stable refrigeration cycles under repeated use. This is particularly important in commercial environments where the equipment may operate for many hours per day and must recover from frequent opening of the storage area or changes in demand. Stable compressor performance supports regular ice production rather than irregular cycles caused by inconsistent cooling.

Compressor quality should not be considered in isolation. The complete refrigeration system includes the condenser, evaporator, expansion components, fan, sensors, insulation, control system, and cabinet ventilation. The value of the ZB-300 lies in the way these components are integrated into a commercial production platform. A recognized compressor provides a strong foundation, while proper assembly, testing, and airflow design help the complete unit operate as intended.

Air-Cooled Condensation

The machine uses air cooling for condensation. Air-cooled systems reject heat into the surrounding environment through a condenser and fan rather than using a separate water circuit to remove heat. This can simplify installation because the operator does not need an additional condenser-water connection or a dedicated cooling-water management system.

Air cooling is often practical for restaurants, cafés, bars, and retail locations where installation simplicity is important. It can reduce water consumption associated with condenser cooling and make the machine easier to position in facilities that already have water supply and drainage but limited utility capacity for additional cooling lines.

Air-cooled equipment requires suitable ventilation. The machine should be installed with adequate clearance around the air intake and hot-air discharge areas. The surrounding temperature should remain within the recommended operating range, and the condenser should be kept free from excessive grease, dust, and lint. Correct installation helps preserve production capacity and reduces unnecessary strain on the compressor.

Compared with competing machines that may require more complex water-cooled systems, an air-cooled design can offer lower installation complexity and easier relocation. However, operators should consider the room temperature and ventilation conditions before selecting any air-cooled ice maker. A hot, enclosed space can reduce efficiency and affect actual daily output.

Automatic Self-Cleaning for Better Maintenance Control

Hygiene is a central requirement for any appliance that produces ice for human consumption. Ice may be served directly in drinks, used to chill ingredients, or placed in food displays. Internal surfaces, water pathways, storage compartments, and dispensing areas therefore need regular cleaning and sanitation.

The ZB-300 includes an automatic self-cleaning function. This feature is intended to make routine maintenance more convenient by supporting a programmed or guided cleaning process. Automatic cleaning can help reduce the time required for certain maintenance tasks and make it easier for staff to follow a regular cleaning schedule.

Self-cleaning does not eliminate the need for responsible manual maintenance. Operators should still follow the manufacturer’s cleaning instructions, use approved cleaning and sanitizing products, inspect the storage bin, clean accessible surfaces, and maintain the condenser and air pathways. Automatic cleaning is best understood as a maintenance aid rather than a complete replacement for inspection and sanitation procedures.

Operational Benefits of Self-Cleaning

In busy foodservice environments, maintenance is sometimes delayed because employees are focused on customers and production. A machine with an automatic cleaning function can make the process more structured and less dependent on complex manual steps. This may improve cleaning consistency across different shifts and reduce the likelihood that maintenance will be forgotten.

Regular cleaning can also help preserve performance. Mineral deposits, biofilm, dust, and grease can restrict water flow or reduce heat-transfer efficiency. If these contaminants accumulate, production may slow, ice quality may become inconsistent, and the compressor may need to work harder. A regular cleaning routine can support stable output and help protect the useful life of the equipment.

For multi-site operators, self-cleaning can also improve standardization. A chain of cafés or restaurants can establish a common operating procedure for cleaning, inspection, and record keeping. The same process can be incorporated into staff training and preventive-maintenance schedules.

Food-Grade Construction for Professional Environments

The ZB-300 uses food-grade stainless steel in its plate body. Stainless steel is a preferred material for commercial kitchen equipment because it offers a combination of corrosion resistance, cleanability, mechanical strength, and professional appearance. In an ice machine, these qualities are important because the cabinet may be exposed to water, condensation, cleaning chemicals, and frequent contact during daily service.

Smooth stainless-steel surfaces are easier to wipe down than rough or porous materials. They can help reduce areas where dirt and moisture may collect, especially when the machine is correctly assembled and maintained. Stainless steel also supports a consistent appearance in commercial kitchens and front-of-house beverage areas.

The use of colorful sprayed steel adds a visual element to the cabinet design. In certain installations, the machine may be located where customers can see it, such as an open café counter, beverage station, or hotel service area. A clean and orderly external appearance can contribute to the overall presentation of the business.

Material selection is only one part of hygienic design. Operators should also consider door seals, internal corners, drainage, access for cleaning, and the handling of ice after production. The ZB-300’s construction provides a practical foundation for commercial use, while daily operating procedures determine how effectively hygiene standards are maintained.

Space-Efficient Vertical Design

Floor space is valuable in commercial kitchens and beverage-service areas. Equipment must often be installed alongside refrigerators, freezers, preparation tables, sinks, dishwashers, beverage dispensers, and storage shelving. A tall cabinet can use vertical space while limiting the amount of floor area required.

With dimensions of approximately 585 by 850 by 1,632 millimeters, the ZB-300 is designed as a vertical production-and-storage unit. Its footprint can be suitable for businesses that need substantial ice capacity but cannot dedicate a large horizontal area to the machine. Before installation, the operator should measure doorways, corridors, service lifts, and the intended location to ensure safe delivery and access.

Clearance is also important. The installation area must allow air to circulate around the condenser and provide access for cleaning, inspection, and service. The unit should be positioned on a stable and level surface. Water supply, drainage, electrical connection, and ventilation should be planned before delivery to avoid installation delays.

Good placement improves operational efficiency. If the ice machine is located near the beverage station, staff can access ice quickly. If it is placed in a back-of-house area, there should be a clear route for moving ice to service points. The best location depends on the layout, service style, noise considerations, and local installation requirements.

Advantages Compared with Lower-Capacity or Less Integrated Alternatives

The ZB-300 offers several advantages over small countertop ice makers, entry-level units, and fragmented ice-storage arrangements. Its high production rating reduces the risk that the machine will become a bottleneck during busy periods. Its integrated storage bin reduces the need for separate ice containers. Its automatic self-cleaning function supports a more manageable maintenance routine. Its Gree compressor provides a recognized refrigeration component, and its air-cooled design can simplify utility planning.

Higher Capacity Than Small Countertop Machines

Small countertop machines may be useful for offices, small kiosks, or low-volume applications, but they often have limited production and storage capacity. A business that uses a countertop machine for heavy beverage service may find that it needs multiple units, frequent emptying, and more staff attention.

A single high-capacity commercial machine can consolidate production into one controlled system. This may simplify operation, reduce equipment clutter, and provide a more predictable supply. For medium-sized bars, restaurants, and cafés, the ZB-300 is better aligned with continuous commercial demand than a domestic or light-duty alternative.

Integrated Storage Instead of Separate Containers

Using separate storage containers can make inventory control more difficult. Ice may need to be transferred from a production unit to a bin, trolley, or insulated box. Every transfer requires staff time and creates another handling point. An integrated storage bin keeps the production and storage functions together, supporting a more direct workflow.

Reduced Installation Complexity Compared with Water-Cooled Systems

Water-cooled ice machines may be appropriate for certain high-temperature or high-demand environments, but they require a suitable condenser-water supply and may consume additional water. An air-cooled system can be easier to install where ventilation is available and water conservation is a priority.

Maintenance Support Through Automatic Cleaning

Some basic machines require more manual cleaning steps and may be harder to manage in a busy operation. The automatic self-cleaning function on the ZB-300 is intended to simplify routine care and promote a more consistent maintenance schedule. This can be especially useful when staff members have different levels of technical experience.

Manufacturing Strengths Behind the Equipment

The performance of commercial refrigeration equipment depends not only on its published specifications but also on the manufacturer’s ability to design, assemble, test, and support the product consistently. Spelor Electrical Appliances (Zhejiang) Co., Ltd. is described as a professional manufacturer integrating design, research and development, manufacturing, sales, and service.

The company operates modern production facilities covering more than 60,000 square meters. This manufacturing scale is significant for commercial equipment buyers because it suggests the ability to coordinate multiple production stages, maintain dedicated assembly areas, support product development, and manage larger orders for distributors or foodservice projects.

The company’s product range includes commercial refrigeration, ice cream machines, juice dispensers, fried ice cream machines, slush machines, flake ice machines, cooking equipment, griddles, fryers, insulation products, barbecue equipment, and buffet solutions. This broad portfolio provides experience across several related equipment categories and allows the manufacturer to understand the workflow requirements of snack shops, fast-food chains, cafés, bars, supermarkets, institutions, and professional kitchens.

Integrated Design and Development

In-house design and development capabilities can help a manufacturer respond to changing market requirements. Commercial customers may require different voltages, cabinet configurations, capacity levels, finishes, packaging formats, or control features depending on the destination market. A company that combines research and development with manufacturing can coordinate these changes more efficiently than a purely trading-based supplier.

Product development for an ice machine involves refrigeration engineering, water management, structural design, electrical control, sanitation considerations, thermal insulation, noise management, and service access. These systems must function together. A manufacturing organization with experience in several categories of foodservice equipment is better positioned to evaluate the complete operating environment rather than treating each component in isolation.

Production Process Considerations

A professional commercial ice maker typically passes through several manufacturing stages. Sheet metal is cut, formed, and prepared for cabinet assembly. Stainless-steel and sprayed-steel panels are inspected for surface quality. Refrigeration components are installed and connected. Water pathways, insulation, electrical systems, sensors, fans, and control components are fitted. The storage bin and internal structures are assembled before final testing and packaging.

Quality at each stage affects the final product. Accurate panel forming helps maintain proper alignment. Correct insulation supports thermal performance. Secure refrigeration connections reduce the risk of leakage. Proper wiring and component placement support safe operation and serviceability. Clean internal assembly is particularly important for equipment involved in food and ice production.

Testing is an essential part of the manufacturing process. A completed unit should be checked for electrical operation, refrigeration response, water flow, drainage, control functions, cleaning operation, ice production, storage access, and visible cabinet defects. Load and operating tests can help identify problems before shipment and support more consistent product quality across production batches.

OEM and ODM Capability

Spelor presents itself as an OEM and ODM foodservice equipment supplier. OEM cooperation may involve manufacturing equipment according to a customer’s specifications, branding, packaging requirements, or distribution needs. ODM cooperation may involve adapting an existing design or developing a product around a buyer’s performance and market requirements.

For importers, distributors, hotel groups, restaurant chains, and project contractors, this flexibility can be valuable. A customer may require a particular cabinet color, control language, electrical configuration, logo treatment, packaging design, or capacity arrangement. These details should be discussed during the quotation and engineering stage so that the final specification is clear before production begins.

Customization should always be assessed against technical feasibility, certification requirements, minimum order quantities, delivery schedules, and future spare-parts availability. A strong manufacturer can help identify which changes are practical and which may affect performance, cost, or lead time.

Application Environments

Restaurants

Restaurants require ice for guest beverages, specialty drinks, seafood presentations, salad bars, and food preparation. The ZB-300 can support a central ice supply for dining areas and kitchen operations. Its storage capacity helps the restaurant prepare before meal periods, while its production capacity supports recovery after busy service.

Restaurants should consider the distance between the machine and beverage stations. If ice must be moved across the kitchen repeatedly, the business may need dedicated ice bins or insulated transport containers. A clear handling procedure can help preserve hygiene and reduce unnecessary staff movement.

Cafés and Coffee Shops

Cafés often experience strong seasonal demand for iced coffee, iced tea, cold brew, fruit drinks, and blended beverages. A stable supply of ice is particularly important during warm weather, when beverage sales may increase sharply. The ZB-300 can serve as a central production unit for high-volume cold beverage programs.

Its appearance may also suit an open beverage-service environment, subject to the operator’s layout and design preferences. The stainless-steel and sprayed-steel body can present a professional appearance when cleaned regularly and positioned appropriately.

Bars and Beverage Lounges

Bars can have highly concentrated ice demand. Cocktails, highballs, soft drinks, bottle chilling, and table service may all draw from the same supply. An integrated storage bin provides a reserve that can help the bar manage evening peaks and reduce interruptions during service.

Bar operators should match the machine’s output to the type of ice required. Different beverages may require different shapes, sizes, hardness, or melting characteristics. The product information supplied for the ZB-300 does not specify the exact ice form, so buyers should confirm the ice type and suitability for their menu before ordering.

Hotels and Catering Operations

Hotels may use ice in restaurants, banquet halls, conference services, bars, room service, and breakfast areas. Catering companies may need to prepare ice for events, mobile beverage stations, and outdoor service. A high-capacity machine can provide a centralized supply for planned operations, particularly when ice demand can be forecast in advance.

For mobile or temporary events, operators should consider transport, water supply, drainage, electrical availability, and ambient temperature. The machine is primarily intended for commercial installation, so site preparation remains important even when the equipment is used for event-related service.

Supermarkets and Institutional Foodservice

Supermarkets, canteens, schools, hospitals, factories, and other institutions may use ice for food displays, beverage stations, production kitchens, and staff dining areas. These facilities often value reliability, hygiene, service accessibility, and predictable maintenance. The ZB-300 can form part of a larger cold-chain or foodservice equipment plan.

Installation and Operating Considerations

Correct installation is necessary to achieve the expected performance of any commercial ice maker. Before delivery, the buyer should confirm the required electrical supply, voltage, frequency, water connection, drainage route, floor loading, door access, ventilation clearance, and ambient temperature range.

Because the machine uses air cooling, the installation area must permit adequate airflow. The condenser should not be blocked by walls, boxes, shelving, grease filters, or other equipment. Hot air discharged from the machine should not be directed back into the air intake. Excessive ambient heat can reduce production and place additional stress on the refrigeration system.

The machine should be positioned on a level and stable surface. Uneven installation can affect drainage, door alignment, internal water distribution, and cabinet stability. Water quality should also be considered. Hard water may produce mineral deposits more quickly, which can increase cleaning requirements and affect internal components.

Operators should establish a daily and weekly maintenance schedule. Daily tasks may include wiping external surfaces, checking the storage area, observing unusual sounds or temperatures, and confirming that ice remains clean and properly handled. Periodic tasks may include cleaning the water system, sanitizing food-contact surfaces, cleaning the condenser, checking seals, inspecting drainage, and reviewing electrical connections through qualified service personnel.

Staff should be trained not to place contaminated tools, food packaging, or personal items inside the storage bin. Ice should be handled with clean, dedicated scoops or utensils. The scoop should be stored outside the ice or in a designated sanitary holder. These procedures protect the quality of the ice and help the equipment support foodservice hygiene requirements.

Energy and Operating Efficiency

The listed rated power consumption of the ZB-300 is 750 watts. Actual energy use depends on the operating cycle, ambient conditions, water temperature, daily production, cleaning status, and ventilation. A well-installed machine with a clean condenser and correct airflow can operate more efficiently than the same machine placed in a hot, dusty, or enclosed area.

Operators can improve efficiency by producing ice during planned operating periods, keeping the storage door closed when not in use, maintaining clean condenser surfaces, and ensuring that the ventilation path remains clear. Routine cleaning also helps preserve heat-transfer performance and water flow.

Energy efficiency should be evaluated together with output. A lower-powered machine is not automatically more economical if it cannot meet demand and requires additional units or purchased ice. The total operating cost includes electricity, water, maintenance, labor, service, replacement parts, and the cost of insufficient ice during peak periods.

Purchasing Guidance for Importers and Distributors

Importers and distributors should evaluate the ZB-300 based on both its technical specification and the support available from the manufacturer. Important questions include the exact production rating under local test conditions, ice type, refrigerant configuration, electrical options, water requirements, drainage requirements, packaging method, loading quantity, warranty coverage, and spare-parts availability.

Buyers should also request confirmation of the final product configuration. The supplied information lists R410 in one specification and R404a/R410 in another. This difference should be clarified before a purchase order is finalized because refrigerant selection may affect regulatory compliance, service procedures, environmental requirements, and market acceptance.

For private-label or OEM orders, the buyer should define logo placement, nameplate information, carton artwork, user manuals, language requirements, voltage, plug type, color, and inspection standards. Pre-production samples or approved drawings can reduce misunderstandings and help ensure consistency between the agreed specification and the mass-production units.

After-sales service is another important purchasing factor. A commercial machine is a long-term operating asset. Distributors should understand how technical questions are handled, which parts are considered consumable, how warranty claims are processed, and whether service documentation is available. A manufacturer that provides pre-sales consultation, customization, logistics coordination, payment solutions, and after-sales maintenance can help reduce procurement risk.

Why Choose This Commercial Ice Maker?

The ZB-300 combines several features that are valuable in professional foodservice environments. Its high production capacity supports demanding operations. Its large storage bin provides reserve capacity. Its Gree compressor contributes to stable refrigeration performance. Its air-cooled design can simplify installation. Its automatic self-cleaning function supports routine maintenance. Its food-grade stainless-steel body is designed for hygienic commercial use, and its vertical format helps conserve floor space.

These features create a stronger value proposition than a basic low-capacity ice maker. The machine is intended to become part of the daily workflow rather than operate as an occasional appliance. It can support organized production, storage, sanitation, and service across a range of commercial applications.

The manufacturer’s production scale and broad foodservice equipment portfolio further strengthen the product’s position. Buyers can work with a supplier that understands refrigeration, beverage equipment, kitchen equipment, and buffet-service requirements. This may be useful for customers purchasing multiple categories of equipment for a new store, chain rollout, hotel project, or foodservice distribution program.

As with all commercial refrigeration equipment, performance depends on proper selection, installation, operation, and maintenance. When the machine is matched to the site and demand profile, the ZB-300 can provide a reliable foundation for continuous ice availability.

Frequently Asked Questions

What is the maximum daily output of the ZB-300?

The stated maximum daily production is up to 300 pounds, or approximately 150 kilograms, under specified operating conditions. Actual output may vary according to ambient temperature, water temperature, ventilation, cleaning status, and other installation factors.

How much ice can the storage bin hold?

The product information lists a storage capacity of up to 220 pounds. The extended technical information lists the storage bin capacity as 100 kilograms, which is approximately 220 pounds. Buyers should confirm the final rated capacity on the quotation and product documentation.

What type of compressor does the machine use?

The machine is equipped with a Gree compressor. The compressor works with the refrigeration system to provide the cooling required for ice production and recovery.

Is the machine air-cooled or water-cooled?

The ZB-300 uses air cooling for condensation. It should be installed in a well-ventilated location with sufficient clearance around the condenser and air-discharge areas.

Does the machine have an automatic cleaning function?

Yes. The product is described as having an automatic self-cleaning function. Regular manual inspection, sanitation, condenser cleaning, and adherence to the manufacturer’s maintenance instructions are still required.

What materials are used for the cabinet?

The plate body is made from food-grade stainless steel and colorful sprayed steel. Stainless steel supports corrosion resistance, cleanability, and a professional appearance in commercial environments.

What are the dimensions of the machine?

The listed overall dimensions are approximately 585 by 850 by 1,632 millimeters. Installation access and service clearance should be checked before delivery.

What refrigerant does the ZB-300 use?

R410 is listed in the main specification, while the extended information lists R404a/R410. Because the supplied information contains more than one refrigerant reference, the exact configuration should be confirmed with the manufacturer for the intended market and production batch.

Is the ice machine suitable for a small café?

It may be suitable for a café with high or growing demand for iced beverages, cold brew, smoothies, or other products. For a very small café with limited ice consumption, the capacity may exceed current requirements. Buyers should compare expected daily use with the machine’s production and storage capacity.

Can the machine be used in a bar?

Yes. Its high production and storage capacities are suitable for bars and beverage lounges that require ice for cocktails, soft drinks, bottle chilling, and table service. The exact ice type should be confirmed to ensure compatibility with the beverage menu.

Does air cooling reduce water consumption?

Air-cooled condensation does not require a separate condenser-water circuit in the same way as a water-cooled system. This can simplify installation and may reduce water use associated with condenser cooling. The machine still requires water for ice production and appropriate drainage.

How should the machine be maintained?

Maintenance should include regular cleaning and sanitation of the water system and storage area, inspection of seals and drainage, cleaning of the condenser and air pathways, and periodic professional service. The automatic self-cleaning function supports routine care but does not remove the need for manual inspection.

Can the product be customized for OEM or ODM projects?

The manufacturer offers OEM and ODM foodservice equipment services. Potential customization may include branding, packaging, electrical configuration, cabinet appearance, and selected product requirements. The exact options, minimum order quantity, certification, and lead time should be confirmed during project consultation.

What should be confirmed before placing an order?

Buyers should confirm production capacity, storage capacity, ice type, refrigerant, voltage, frequency, plug, water supply, drainage, ambient operating range, dimensions, service clearance, packaging, warranty, spare parts, certification, and delivery terms. These details help ensure that the machine is suitable for the destination market and installation site.

Conclusion

The ZB-300 commercial ice maker is designed for businesses that require a substantial, organized, and dependable ice supply. With a stated production capacity of up to 300 pounds per day, a storage bin of approximately 220 pounds, a Gree compressor, air-cooled condensation, automatic self-cleaning, and food-grade stainless-steel construction, it addresses many of the practical requirements of medium-sized foodservice operations.

Its advantages extend beyond production volume. The integrated storage system supports service continuity, the vertical cabinet makes efficient use of floor space, and the self-cleaning function can help reduce maintenance complexity. Compared with smaller or less integrated alternatives, it offers a more comprehensive solution for restaurants, cafés, bars, hotels, supermarkets, catering businesses, and institutional kitchens.

Spelor’s manufacturing capabilities, modern production facilities, broad product portfolio, and OEM/ODM services provide additional value for distributors, project buyers, and foodservice operators seeking a long-term equipment partner. Proper installation, regular sanitation, adequate ventilation, and confirmation of the final technical configuration will help the machine deliver dependable performance in its intended environment.

References

1. Product specification sheet for the ZB-300 commercial ice maker, including production capacity, storage capacity, power consumption, dimensions, compressor, refrigerant, and condensation method.

2. Manufacturer-provided product information for the 300 LBS/24H commercial automatic self-cleaning ice maker.

3. Manufacturer profile and corporate information for Spelor Electrical Appliances (Zhejiang) Co., Ltd.

4. General commercial refrigeration equipment maintenance principles, including condenser cleaning, ventilation, sanitation, and preventive inspection.

5. General foodservice equipment planning principles for ice production, storage, hygiene, installation, and peak-demand management.

Product: 300LBS/24H Commercial Auto Self-Cleaning Ice Maker Machine with Gree Compressor