CBFI Integrated Tube Ice Machine

In industries such as food processing and cold chain logistics, traditional tube ice machines have long faced pain points such as complex installation, large space occupation, and high maintenance costs. Currently, many enterprises are still using traditional models, and their core design flaws are mainly reflected in:
(1) Distributed structure leads to high installation costs
Traditional tube ice machines are composed of dispersed components such as refrigeration units, evaporators, compressors, condensers, etc., which require on-site assembly, such as:
• Dependence on professional personnel: Installation requires on-site debugging of the refrigerant circulation system by refrigeration engineers, which takes 3-5 days and incurs labor costs of up to 30000 to 50000 yuan;
• Complex pipeline connections: refrigerant pipelines, cooling water pipes, wires, etc. need to be customized and laid, which can easily lead to leaks or connection failures, with a maintenance rate of up to 15% in the later stage;
Strict site requirements: independent installation space (usually 15-20 square meters) needs to be reserved, and the ground load-bearing requirement is 800kg/m ², which restricts the purchasing willingness of small and medium-sized enterprises.
(2) The dual burden of space and weight
Traditional ice pipe machines usually occupy an area of 1.5-2.5 square meters and weigh 1.2-1.8 tons, which poses practical constraints for enterprises with limited space such as urban factories and cold chain distribution centers.
(3) Hidden costs of energy consumption and maintenance
The decentralized design leads to high energy loss, and the dispersion of components increases maintenance difficulty, which is manifested in:
• High energy consumption: The COP (energy efficiency ratio) of traditional models is only 1.8-2.0, while the industry's advanced level has reached 2.5 or above;
• Slow fault response: If there is a malfunction in the refrigeration unit or evaporator, it is necessary to contact both the refrigeration engineer and equipment supplier, and the average downtime can reach 48 hours.

**Technological breakthrough: "Three body fusion" design of CBFI integrated tube ice machine**
The integrated tube ice machine developed by CBFI achieves an innovative design of "whole machine factory, plug and play" by deeply integrating the refrigeration unit, evaporation tank and control system. Its technical highlights include:
(1) Integrated integration of core components
• Compact design: The compressor, condenser, and evaporator are integrated into one, reducing the volume by 40% and occupying only 0.8-1.2 square meters of space;
• Weight reduction: can be directly transported by forklift, reducing handling costs by 30%;
• Factory pre installation: The refrigerant circulation system, circuit board, sensors, etc. are all pre installed and debugged in the factory, and can be operated on site by simply connecting water and electricity.
(2) Intelligent Joint Control System
• One click operation: The touch screen control panel integrates temperature, ice making capacity, and energy consumption monitoring functions, without the need for professional operation training;
• Fault self diagnosis: By uploading the device status in real-time through the IoT module, the system can alert potential faults (such as abnormal refrigerant pressure) and reduce sudden shutdowns;
• Energy consumption optimization algorithm: Automatically adjust compressor power based on ambient temperature, with a measured COP of 2.8, saving 25% energy compared to traditional models.
(3) Modular expansion capability
• Support parallel connection of multiple machines to meet the needs of enterprise capacity upgrading.

CBFI integrated tube ice machine vs traditional tube ice machine

(1) Comparison of installation and operation costs

(2) Comparison of Space and Energy Efficiency

**Applicable scenarios: Which enterprises need integrated tube ice machines the most? **
(1) Site restricted enterprises
• Cold chain logistics centers, small processing plants, and agricultural markets in the city center: no need to renovate factories, replace old equipment directly;
• Overseas branches: Standardized design compatible with international voltage (220V/380V), reducing overseas installation and commissioning costs.
(2) Managers who pursue cost reduction and efficiency improvement
• Small and medium-sized business owners: reduce initial investment and operating costs, and shorten the investment return cycle to 6-8 months;
• Environmental compliant enterprises: In line with the national "energy conservation and consumption reduction" policy, they can apply for subsidies or green certification bonus points.
(3) Cold chain logistics integrator
• The equipment is small in size and light in weight, and can be matched with mobile refrigerated trucks to create an integrated solution of "ice making transportation warehousing";
• Multi machine parallel design supports customized production capacity, meeting flexible needs such as fresh e-commerce and temporary exhibitions.

The CBFI integrated tube ice machine has redefined the industry standard for refrigeration equipment with the core of "saving space, time, and cost". In the increasingly fierce competition of cold chain, it is not only a tool for enterprises to reduce costs and increase efficiency, but also a strategic choice to seize the market and win customer trust.

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