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High-Speed Fin Production Line

System Configuration & Integration

Our High-Speed Fin Production Line operates as a fully synchronized, turnkey system engineered for seamless coil-to-fin manufacturing without manual interruption.
Coil Decoiler: Equipped with an automated tension control system.
Precision Leveling Unit: Eliminates internal material stress and foil deformation.
Automatic Lubrication System: Micro-oil mist dosing to reduce friction and extend die life.
Closed-Loop Servo Feeding System: High-resolution encoder feedback linked with the press crank angle for micro-second synchronization.
High-Speed Mechanical Press: Heavy-duty, vibration-dampening frame designed for stable, long-cycle stamping.
Precision Fin Forming Die Set: Custom-engineered progressive die with integrated suction/vacuum systems.
Automatic Stacking & Collection Unit: High-speed progression stacking to ensure damage-free fin collection.

Ultra High-Speed Fin Production

The Ultra High-Speed Fin Production Line is designed for continuous production of aluminum and copper fins used in HVAC evaporators, condensers, and heat exchangers.

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High-Speed Servo Fin Production Line

The NTJF High-Speed Servo Fin Production Line is an advanced, fully integrated automation system engineered for high-volume production of aluminum and copper fins.

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High-Speed Automotive Radiator Production Line

The High-Speed Automotive Radiator Fin Production Line is a fully automated coil-to-fin stamping system designed for mass production of aluminum fins used in automotive radiators, condensers, and

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High-Speed HVAC Fin Production Line

The NTJF High-Speed HVAC Fin Production Line is a fully automatic stamping system designed for mass production of aluminum and copper fins used in HVAC heat exchangers.

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High-Speed Heat Exchanger Fin Line

The High-Speed Heat Exchanger Fin Production Line is designed for continuous precision stamping of aluminum fins used in HVAC heat exchangers, including air conditioner condensers, evaporators, and

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High-Speed Fin Stamping Production Line

The NTJF High-Speed Fin Stamping Production Line is engineered for continuous production of aluminum and copper fins used in HVAC heat exchangers, including evaporators, condensers, and heat pump

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Technical Specifications

Item	Specification
Production Type	Automatic coil-to-fin production line
Application	HVAC heat exchanger aluminum fins
Material Thickness	0.08 – 0.30 mm
Coil Width	300 – 1300 mm
Fin Types	Louver / Flat / Wave (customizable)
Production Speed	120 – 300 SPM
Feeding System	Closed-loop servo feeding system
Feeding Accuracy	±0.1 mm
Press System	High-speed mechanical press
Control System	PLC + servo synchronization
Decoiler	Automatic hydraulic / motorized type
Stacking System	Automatic stacking unit
Power Supply	380V / 50Hz / 3-phase (customizable)
Operation Mode	Continuous automatic production

Advanced Engineering & Control Systems

±0.1mm Pitch Accuracy Control

Dynamic feeding precision is strictly maintained within ±0.1mm, eliminating cumulative pitch drift and ensuring flawless downstream heat exchanger core assembly.

Vibration & Backlash Mitigation

The heavy-duty mechanical structure is optimized to reduce thermal drift and backlash accumulation during continuous high-speed production shifts.

Die Load Management

Optimized press force distribution reduces localized stress on progressive tooling, significantly extending service life and cutting maintenance costs.

Global Components Standard

Integrated with world-class components to ensure global maintenance availability and maximum uptime.

Production Challenges Addressed

Fin pitch deviation in long production runs

Solved through synchronized closed-loop servo feeding control.

High scrap rate caused by misalignment

Reduced through real-time positioning correction and stable feeding control.

Frequent downtime from manual adjustment

Eliminated through fully automated system synchronization.

High labor dependency

One operator can monitor multiple production lines under stable conditions.

Industrial Applications

This system is engineered for Tier-1 manufacturers and OEMs in the following sectors:
Residential & Commercial HVAC Air Conditioners
Refrigeration Condensers, Evaporators, and Cold Chain Equipment
Automotive HVAC & Thermal Management Systems
Air-Source Heat Pump Systems
Large-Scale Industrial Cooling Towers & Dry Coolers

Comparison with Traditional Fin Production Line

Item	Traditional System	High-Speed Fin Production Line
Feeding accuracy	Unstable over long runs	±0.1 mm controlled
Production mode	Stop-and-adjust operation	Continuous synchronized operation
Scrap rate	Higher due to misalignment	Reduced through closed-loop control
Labor requirement	Higher manual involvement	Lower operator dependency
Stability	Affected by long-run drift	Designed for long-cycle stability

Custom Engineering Options

We deliver tailor-made configurations to match your specific production footprints:

Press Tonnage Selection:

Tailored from 45-Ton to 100-Ton based on fin complexity.

Multi-Row Execution:

Configurations for single-row, double-row, or multi-row fin progression.

Discharge Automation:

Upgradeable to robotic unloading or integration with downstream assembly lines.

Inline Quality Control:

Optional high-speed vision inspection systems for real-time fin defect and pitch detection.

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Q: What materials can this production line process?

A: It is mainly designed for aluminum foil materials used in HVAC fin manufacturing, typically with a thickness range of 0.08–0.30 mm. The system is optimized for stable forming of thin metal sheets under high-speed stamping conditions.

Q: What is the production speed of the line?

A: The production speed generally ranges from 120 to 300 strokes per minute depending on fin design, material characteristics, and stamping die configuration. Actual output may vary based on production conditions and tooling setup.

Q: How does the servo feeding system improve accuracy?

A: The closed-loop servo feeding system uses encoder feedback synchronized with the press crankshaft, ensuring precise material feeding during continuous operation. This helps maintain stable fin pitch accuracy and reduces dimensional deviation during long production runs.

Q: Can the production line support different fin types?

A: Yes, the system can be customized to produce different fin types such as louver fins, flat fins, and wave fins. The fin shape depends on the stamping die design, which can be tailored according to customer product requirements.

Q: How many operators are required to run the line?

A: Typically, only 1–2 operators are required to monitor the full production line under normal operating conditions. The system is designed for automated continuous production with minimal manual intervention.

Q: Do you provide customized production line solutions?

A: Yes, we provide customized configurations based on coil size, fin type, production speed, press tonnage, and factory layout. Each system can be engineered to match specific HVAC manufacturing requirements.

Q: Is installation and technical support provided?

A: We provide installation guidance, operation training, and technical support to ensure smooth commissioning and stable production performance. Remote assistance can also be provided when needed.

Inquiry Support

If your production requires stable fin quality, continuous high-speed stamping, and reduced scrap rate, we can provide complete engineering support including system configuration, layout planning, and technical consultation.
Contact us for technical drawings, customized solutions, and quotation support.

As one of the most experienced high-speed fin production line manufacturers in China, our products have good reputation in the market. Please rest assured to buy customized high-speed fin production line at competitive price from our factory. Contact us for more cheap products.

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