Automatic Fin Press Machine Line: Versatile Aluminum Fin Production for Heat Exchanger Applications

The Automatic Fin Press Machine Line is designed to produce high-quality aluminum fins for use in various heat exchanger

applications across industries such as new energy vehicles, ships, airplanes, power generation plants, and more. This

machine line reduces human labor, increases production efficiency, and ensures precision and quality in aluminum fin production.

Perfect for markets in Asia and Africa, this machine supports the growing demand for heat exchangers in rapidly developing sectors.

Key Features of the Automatic Fin Press Machine Line

1. High-Precision Production
   The Automatic Fin Press Machine Line incorporates advanced technologies like PLC control systems and servo cutting devices, enabling precise and efficient aluminum fin production. The machine is capable of producing various fin types including lanced offset, wavy, louvered, flat top, and straight fins. The fin accuracy meets Chinese national standards (±0.02mm), ensuring the production of fins with uniform thickness and high-quality performance.

2. Versatility for Various Fin Types
   The machine offers versatility in the types of fins it can produce, providing manufacturers with the flexibility to meet different requirements. Some of the fin types produced by the machine include:

   • Lanced Offset Fins: Used in applications that require improved heat transfer efficiency.

   • Wavy Fins: Ideal for use in radiators and HVAC systems due to their enhanced surface area for heat dissipation.

   • Louvered Fins: Commonly used in power generation plants and automotive applications, as they improve airflow and heat exchange efficiency.

   • Flat Top Fins: Suitable for applications where uniform heat distribution is needed, such as in industrial machinery.

   • Straight Fins: Typically used in heat exchangers where a simple, efficient design is preferred.

3. Energy-Efficient and Cost-Effective
   The machine operates at a speed of 0-240 fins per minute, making it suitable for large-scale production with minimal downtime. The low power consumption (5.0 KW) ensures that the production process remains cost-effective, making it a valuable investment for manufacturers in Asia and Africa, where operational efficiency is key.

4. Enhanced Durability and Mold Life
   The fin stamping machine is built for longevity, with the mold life lasting up to 5 million strokes, ensuring consistent, high-quality fin production over time. This long lifespan contributes to lower maintenance costs and increases the machine's overall value to manufacturers.

5. Robust Lubrication System
   The machine comes with a lubrication device that ensures smooth operation by lubricating the aluminum foil before it enters the press. This feature reduces wear and tear on the molds, extends their lifespan, and helps maintain the quality of the fins produced.

Applications of Aluminum Fins in Various Industries

Aluminum fins produced by the fin stamping machine are integral to the heat exchange process in many industrial sectors. Here are some key applications:

1. New Energy Vehicles: Aluminum fins are used in electric vehicle (EV) radiators, where they aid in cooling the vehicle's battery and motor systems.

2. Ships: Marine engines and cooling systems use aluminum fins to regulate temperature in the engine and HVAC systems.

3. Airplanes: Fins are utilized in aircraft engines and air-conditioning systems to optimize performance by regulating heat exchange.

4. Power Generation Plants: Fins help cool machinery and increase efficiency in power plants, ensuring the systems run at optimal temperatures.

Main Technical Parameters

Conclusion

The Automatic Fin Press Machine Line is a versatile, high-efficiency solution for producing a wide range of aluminum fins

used in heat exchangers across industries like new energy vehicles, ships, airplanes, and power generation plants.

With its precise control systems, ability to produce multiple fin types, and cost-effective operation, this machine is an

essential tool for manufacturers in Asia and Africa seeking to meet the growing demand for quality heat exchangers.