In recent years, with the consumption of summer drinks, the popularization of healthy eating concepts, and the expansion of the food delivery market, the demand for ice cream cups has shown explosive growth. According to industry data, the size of China's ice cup market is expected to exceed 30 billion yuan by 2025, with an average annual compound growth rate of over 15%. In this context, small and medium-sized processing plants have become the mainstream choice to quickly enter the market by purchasing production lines. However, errors in equipment procurement may lead to inadequate production capacity, high energy consumption, or frequent equipment failures, directly affecting the profitability of the enterprise. Therefore, a systematic procurement strategy is crucial.
For small and medium-sized production lines, the three core equipment mentioned by users, namely water purification devices, ice makers, and elevator ice storage buckets, are the foundation for achieving efficient production.
Key points for selecting core equipment: ensuring the stability of the production chain
1. Water purification device: The quality of ice products is determined by the water quality at the source
The water purification device is the lifeline of the ice cup production line. Its core function is to filter impurities, microorganisms, and minerals from raw water, ensuring that ice making water meets national drinking water standards. When selecting, attention should be paid to:
• Filtration accuracy: At least 1 micron level filtration is required, and RO reverse osmosis technology can achieve impurity removal rates of over 90%;
• Flow matching: The water production of the equipment needs to be aligned with the daily production capacity of the ice maker, for example, a 10 ton/day ice maker needs to be matched with a water purification device of ≥ 20 tons/day;
• Intelligent control: It is recommended to choose models with water quality monitoring instruments and automatic backwashing function to reduce manual intervention.
2. Ice maker: the balance point between production capacity and energy consumption
The performance of the ice maker directly determines the efficiency of the production line. Small and medium-sized production lines usually need to choose modular and scalable equipment, such as:
• Ice cube specifications: Choose square or rectangular ice cubes according to the target market, with a thickness controlled between 1.5-2cm to improve the filling efficiency of the ice cup;
• Energy consumption ratio: Priority should be given to compressor refrigeration models with energy efficiency level 1, with a unit energy consumption of ≤ 0.3 kW · h/kg ice;
• Automated design: The automatic de icing and conveying functions can reduce manual operations and lower the rate of ice loss.
3. Elevator ice storage bucket: space optimization and continuous feeding
The synergy between the elevator and the ice storage hopper directly affects production continuity. Suggestion:
• Elevate height and capacity: Choose electric or pneumatic elevators according to the height of the factory building, and the capacity of the ice storage hopper should cover the production capacity of the ice maker for 2-3 hours;
• Corrosion resistant material: Components that come into contact with ice cubes should be made of 304 stainless steel or engineering plastic to avoid rusting and contaminating the ice cubes after long-term use;
• Safety protection: Equipped with photoelectric sensors and emergency stop devices to prevent ice accumulation or equipment overload.
Core elements of procurement: qualifications, cases, and after-sales service
1. Qualification certificate: Avoiding the risk of "three no" equipment
• Production License: Ensure that equipment manufacturers have the National Industrial Product Production License issued by the state, especially for ice makers involving pressure vessels that require special equipment certification;
• Quality certification: ISO 9001 quality management system certification, CE/FCC safety certification, etc., are the foundation of equipment legality and reliability;
• Environmental compliance: Ice makers should comply with the energy efficiency standards of GB 12021.5-2013 to avoid penalties for excessive energy consumption.
2. Real case study: Examining the actual application effects of similar enterprises
• Conduct on-site inspections of production sites: observe the stability of equipment operation, failure rate, and maintenance frequency;
• Long term cooperation cases: Priority should be given to suppliers with more than 5 years of service, and customer lists and contact information should be provided;
• Data comparison: Suppliers are required to provide specific data such as daily equipment production capacity and downtime due to malfunctions.
3. After sales service: reduce the total lifecycle cost
• Response time: The supplier is required to commit to remote diagnosis within 2 hours and engineer on-site repair within 24-48 hours;
• Spare parts inventory: Key components such as compressors and water pumps need to have 3-6 months of emergency inventory;
• Technical training: Free practical training on operation, maintenance, and troubleshooting is provided to ensure that enterprises can quickly get started.
Key performance indicators of equipment: material, energy consumption, and capacity stability
1. Equipment material: durability and hygiene safety
• Ice maker evaporator: It is recommended to use food grade copper pipes or titanium alloys, which are corrosion-resistant and have high thermal conductivity efficiency;
• Inner wall of ice storage bucket: The surface of 304 stainless steel should be smooth and free of burrs to prevent ice from scratching and producing debris;
• Seals and pipelines: Choose silicone or PTFE materials to avoid high-temperature deformation or aging.
2. Energy consumption level: the core of reducing operating costs
• Unit energy consumption reference: The theoretical energy consumption of small and medium-sized ice makers should be ≤ 0.3kW · h/kg ice, and the actual operation should be less than 0.45kW · h/kg;
• Waste heat recovery design: Some high-end models can recover compressor waste heat for preheating ice making water, increasing energy-saving efficiency by 15% -20%;
• Intelligent power-saving mode: automatically switches to low-power standby during low peak hours, reducing electricity bills.
3. Capacity Stability: Avoiding the "Capacity Trap"
• Test continuous operation capability: The supplier is required to provide a 72 hour continuous operation test report of the equipment, observing whether the ice block shape is uniform, whether the equipment has abnormal vibration or leakage;
• Capacity fluctuation tolerance: The daily production capacity fluctuation of high-quality equipment should be controlled within ± 5%;
• Environmental adaptability: Verify the stability of the equipment in high temperature (above 35 ℃) or humid environments to avoid an increase in summer failure rates.
CBFI Solution: Delivery Guarantee for Mature Production Lines
As a leading equipment supplier in the industry, CBFI's small-scale production line solution has the following advantages:
1. Modular design: The water purification device, ice maker, and ice storage hopper can be independently debugged or installed in combination;
2. Fast delivery: Standard production lines can complete production, installation, and debugging within 45 days, while customized requirements can be delivered within 60 days;
3. Cost advantage: Compared to imported equipment, it reduces costs by 30% -40%, but key components (such as compressors) use the Bitzer international brand;
4. Digital management: Provide a remote monitoring system to view real-time equipment operating parameters, energy consumption, and ice quality data.
