China Heat Exchanger Processing Equipment Manufacturers Suppliers Factory

Your Professional Heat Exchanger Processing Equipment Supplier

U Plus is committed to developing advanced fully automated production equipment, We specialize in providing exceptional manufacturing process solutions, helping clients optimize workflows, enhance efficiency, reduce costs, and achieve business goals.As a global manufacturing powerhouse, China has accumulated extensive production experience and technological advantages through years of development and innovation.

Angled-Insertion Evaporator Production Line
Material: Φ8 mm aluminum tube.
Production Mode: Multiple single-station machines connected sequentially according to the production process.
Power Supply: 380V, 50Hz, three-phase five-wire system with protective...
view more
Direct-Insertion Evaporator Production Line
Project Name: Direct-Insertion Evaporator Production Line
Application: Refrigerator / Refrigeration Evaporators
Material: Φ8 mm Aluminum Tube
Power Supply: 380V / 50Hz, Three-Phase Five-Wire System with Protective...
view more
Fully Automatic Hairpin Tube Bending Machine
Specially designed for one-time bending of long U-type hairpins from coiled tubes
Fully automatic digital control system with PLC programming and touch screen HMI interface
Belt feeding system ensures high efficiency and...
view more
Small U Return Bender Machine
The small U bending machine is used to uncoil, straighten, saw, and bend coiled copper tubes into small U-shaped elbows.
It is mainly applied in the automated production of small U tubes for industries such as air conditioners and...
view more
H-Type Fin Press Machine
Our advanced fin press machine is designed for the precise and efficient production of heat exchanger fins. It is ideal for HVAC systems, automotive applications, and various industrial uses, ensuring high-quality fins are produced with...
view more
C-Type Fin Press Machine
Main preformance features :
The series automatic fin press line form Taiwan’s technology of the latest design for fin punching production line.
view more
Heat Exchanger Bender Machine
There are two types available:
(1) Gantry Type — suitable for forming L-shaped and U-shaped bends
(2) Lifting Arm Type — capable of forming L-shaped, U-shaped, and G-shaped bends
view more
Servo Vertical Tube Expanding Machine
Featuring a dual-guide post structure, the machine offers enhanced rigidity and stability for high-precision operations.
The flaring process is driven by a servo motor, ensuring exceptional accuracy and consistent quality....
view more
6-Tube Horizontal Expanding Machine
Valid stroke of expanding pipe: 400-4000mm
Tube Diameter: 3/8" and 1/2"
Smooth tube size: φ3/8" x 21.65 +1/2"X31.75
No. of Tubes: 8 tubes
view more
Medium-Frequency Induction Heating Sealing Machine
CNC System: Equipped with an advanced CNC system that allows programmable storage of various sealing parameters and process plans.
High-Precision Actuator: Servo motor driven, with positioning accuracy up to ±0.05 mm....
view more

Why Choose Us

24-Hour Service

Our dedicated 24-hour online support ensures prompt responses, providing you with an excellent shopping experience. Feel free to reach out with any questions at any time.

Expertise & Focus

Our team brings deep industry knowledge and expertise to the table, offering tailored and reliable process solutions.

Innovation & Progress

We believe in the power of innovation to drive progress. By constantly exploring new technologies and solutions, we help our clients stay ahead of the competition, empowering them to navigate an ever-changing market landscape.

Integrity & Collaboration

Honesty and trust are the foundation of our partnerships. At U PLUSE, we are committed to upholding integrity in all our business dealings and cultivating long-lasting relationships that benefit both our clients and us.

Advantages of H-Type Fin Press Machine

Cost-Effectiveness

Reduced labor needs, energy efficiency, and durable construction lower operating and maintenance costs over the machine's lifespan.

Durability & Reliability

Built with high-quality materials for demanding industrial conditions, ensuring long-term performance and minimal interruptions.

Automation & Ease of Use

Features like PLC touch screens, quick die changes, and automated stacking simplify operation and reduce accident risks.

Versatility

Can handle various materials (aluminum, copper) and thicknesses, with customization options to meet specific production needs.

Advantages of Heat Exchanger Bender Machine

Improvement of production efficiency

The tube return device is automatic, and the single cycle time is about 10-12 seconds. Compared with traditional machines driven by hydraulic presses, its production efficiency has increased by 3 times.

Free angle control

Since a servo motor drives the bending device, users can set the bending angle through a touchscreen. Whether your tube is U-shape or 7-shape, this machine can easily complete the production task.

Flexible adaptation

The bending device is modularly designed, so the machine can support a pipe diameter range of φ5-φ20mm, and the supported tube wall thickness is 0.2-0.8mm. This size range almost covers all metal tubes in the heat exchanger industry.

Product Paramenters

Item		ZCPC 45	ZCPC 65(Single Point)			ZPCP 65(Double Point)
Nominal Pressure	KN	450	650			650
Stroke Of Slide	Mm	40	60	50	40	60	50
Stroke	Spm	150-300	150-230	150-260	150-300	150-230	150-260
Die Height	Mm	260-310	260-310			260-310
Slide Lifting Height	Mm	80	80			80
Bottom Size Of Slide (LxW)	Mm	720x740	800x890			1100x890
Size Of Table (LxWxThickness)	Mm	1300x770	1350x900			1600x900
Width Of Material	Mm	400	550			550
Sucking Length	Mm	1000	1000			1000
Collectiong Height Of Material	Mm	Normal 720mm,Lift 900mm
Inner Diameter Of Material Rolling	Mm	Φ150	Φ150			Φ150
Outer Diameter Of Material Rolling	Mm	φ1000	φ1000			φ1000
Main Motor Power	KW	7.5	7.5			11
Overal Dimension(LxWxH)	Mm	7500x3500x3200	7500x3500x3500			10000x4000x3200
Total Weight(Approx.)	Kg	9000	12000			14000
Remark		Single Crank Structure,And The Crank Is Installed From Front To Rear				Double Cranks Struct
Die Change Deivce/lnitial Feeding Device		Optional
Curtain Sensor		Optional

Item	Specification
Model	ZHWL-1200	ZHWL-1500	ZHWL-2000	ZHWX-800	ZHWX-1200	Z1IWX-1500
Structure	Plan				Hang
Power	Servo
The Number Of Layers Of Bending	1-3
Bend Angle	0°-120°
Bend Radius	The Customer Provides
Pipe Diameter	The Customer Provides
Layer Spacing	The Customer Provides
Max. Working Width	1200mm	1500mm	2000mm	800mm	1200mm	1500mm
Work Efficiency	Bend One Times≤15			L-Type Each≤30 U-Type Each≤60 G-Type Each≤90
Wotal Power	3k			4.5k
Air Pressure	0.4-0.7MPa
Power Supply	AC380V,50HZ,3 Phase 5 Wire System
Object Request	By Machining Aluminum Foil Should Be Hard Or Half Hard States,And Notbe Louvered Fin.

Types of H-Type Fin Press Machine

Fin Press Machines with Crankshafts

Utilizing a flywheel-driven crankshaft mechanism, these machines provide mechanical advantage for consistent fin pressing through rotational motion.

Partially Automated Fin Press Machines

These machines combine electric motors and pneumatic systems to automate rail movement while requiring manual loading of metal stock.

Hydraulic Fin Press Machines

Powered by a robust hydraulic system, these machines use a press ram to deliver consistent, high-pressure force for shaping fin stock with precision.

Types of Heat Exchanger Bender Machine

Hydraulic Heat Exchanger Bending Machine

Utilizing hydraulic pressure, this type delivers powerful and controlled bending force, ideal for shaping thick-walled or high-strength materials commonly used in industrial heat exchangers.

Manual Heat Exchanger Bending Machine

Compact and portable, manual machines rely on hand-operated levers or knobs to perform bends. They are simple to use and require no external power source.

CNC Heat Exchanger Bending Machine

Equipped with computer numerical control (CNC), these machines automate the bending process using pre-programmed digital designs, enabling complex, multi-radius bends with exceptional accuracy.

Hybrid Heat Exchanger Bending Machine

Combining technologies—such as hydraulic power with digital controls or semi-automatic features—hybrid machines offer a balance between automation and practicality.

H-Type Fin Press Machine main Structure Features

01/

Compositions :Uncoiler ,oil tank ,air Feeder ,close-type one-point or duble-point high-speed precision power press,sucker ＆collector, electric control system ,air route system， hydraulic system.

02/

The fin press machine slide has hydro-lifting function which will be convinent for dies installation commissioning.

03/

Fin press speed ＆vacuum stucker is controlled by converter.

04/

Fin press line fin collector has protecting system for fault operation ,material shortage warning ,oil shortage warning.

05/

Hydraulic overload protection for fin press.

06/

The fin press line equipped with hydraulic rapid-dies changing device ,making fin dies change more quickly and convenient.

07/

Machine-human interface and PLC electrical control system ensuring the reliable operation of the automatic stamping.

08/

Fin press speed with fin die: 150-330SPM

Application of H-Type Fin Press Machine

Food & Beverage Industry – Can End Manufacturing

Fin press machines are essential in the production of can ends for carbonated beverages, canned foods, and other packaged goods.

Automotive Industry – Header & Exhaust Pipe Production

Performance and standard automotive manufacturers utilize fin press machines to fabricate header and exhaust pipes from light-gauge stainless steel.

Energy Sector – Heat Exchanger Fin Manufacturing

The energy industry relies on fin press machines to produce heat exchanger fins from copper and aluminum alloys. These fins are critical in transferring thermal energy efficiently in power plants, refrigeration units, and renewable energy systems.

The Application Scenarios Of Heat Exchanger Bender Machine

Heating, Ventilation, and Air Conditioning: Used in manufacturing U-shaped heat transfer metal tubes, which are typically used in heat exchangers, evaporators, and condensers.

Refrigeration System: The heat exchange pipeline in processing cold chain equipment and the refrigerant circulation pipeline.

Automobile Manufacturing: Pipelines need for the cooling system of new energy vehicle batteries and core pipe parts of the engine radiator.

Industrial Waste Heat Recovery: This industry requires many metal tubes for circulating chemical media.

Essential Maintenance Practices

Daily Inspection: Check all moving parts—including clamps, rollers, and actuators—for signs of wear, misalignment, or damage. Look for unusual noises or resistance during operation, which may indicate internal issues.

Lubrication of Moving Parts: Apply manufacturer-recommended lubricants to pivot points, guide rails, and hydraulic cylinders. Proper lubrication reduces friction, prevents overheating, and extends component life. Avoid over-lubrication, which can attract debris.

Cleaning After Use: Remove metal shavings, oil residue, and dust after each shift. Use soft brushes and non-abrasive cleaners to protect sensitive surfaces and seals. Clean dies thoroughly to prevent contamination and ensure precise bends.

Fastener and Bolt Check: Periodically inspect all bolts, nuts, and mounting hardware for looseness caused by vibration. Tighten as needed to maintain structural integrity and alignment.

Hydraulic System Monitoring: Examine hoses, fittings, and pumps for leaks, cracks, or bulges. Replace worn components immediately. Check fluid levels and quality; replace hydraulic oil according to the service schedule to prevent contamination and system failure.

Proper Storage: Store the machine in a dry, climate-controlled environment away from moisture and direct sunlight. Humidity can cause rust and degrade electrical components. Always store the unit upright to prevent oil pooling and structural stress.

FAQ

Q: What is a fin press machine?

A: One of the most important processes in any heat exchanger manufacturing operation is the production of fin. For many of these heat exchangers, the fin to be produced will be manufactured on a Reciprocating Fin Stamping Press also known as a Fin Press.

Q: What are the two common methods of finning exchanger tubes?

A: These tubes are made in two typical styles. Applied finned tube which helically winds metal fins onto a tube or pipe. The second type, extruded finned tubes, are made by forming fins into a base tube creating integral fins on the outside and/or inside diameter.

Q: What are the advantages of finned tube heat exchanger?

A: One of the significant benefits of finned tubes is their compact design. The extended surface area provided by the fins allows for efficient heat transfer in a relatively small footprint, making them ideal for applications where space is limited.

Q: Which method is commonly used for bending pipes in heat exchangers?

A: The most widely used method for shaping pipes in heat exchangers is precision pipe bending with a dedicated heat exchanger bending machine.

Q: Is pipe bending more cost-effective than alternative methods?

A: Yes, pipe bending is generally more cost-effective in heat exchanger manufacturing when evaluated across the full production lifecycle.

We are one of the most professional heat exchanger processing equipment manufacturers and suppliers in China, specialized in providing high quality customized service. We warmly welcome you to wholesale durable heat exchanger processing equipment for sale here from our factory. For quotation, contact us now.

6 Tube Horizontal Expanding Machine, H Type Fin Press Machine, Medium Frequency Induction Heating Sealing Machine