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Fin Stamping Press Machine P-300/450
The fin forming machine is a special processing equipment for processingheattransfer fins, a key component of heat exchangers. Compact heat exchangers made up of such heat transfer fins have been used in a wide range of applications in the automotive, marine, air conditioning, compressor, construction machinery,miningmachinery, aerospace, military and hydraulic oil cooling industries.
|The machine input KW||4 KW/5.5KW|
|Use electrical source||Three-phase：380V：50HZ|
|Machine precision||Up an down dies level rate||≤0.03mm|
|Machine bed hangs straight line process||14mm|
|The machine bed strike force||6000KG|
|Product Specification s||Fins（Tooth height×Pitch）||12×10|
|Fin maximum width||300/452mm|
|Fin maximum height||12mm|
|Fin minimum height||1mm|
|Fin tooth and high precision||±0.01mm|
|Machine processing speed||Frequency control||35~120time/min|
|The noise sound value||60Db(A)|
|Main Machine weight||1500/1800Kg|
Motorized Decoiller, Sensor tension
Control Decoiller speed: 0-5000mm
Decoiller running rate: 0-20
Times/Min Coil inner diameter: 150mm+/-10mm Coil Max
Coil max width：450mm
Motor power: 0.75 KW
Loading weight: 1000KG Weight:120KG
Feeding in side Oil spray
Length cutting machine (C350/C450)
Servo cutter width: 10-300mm
Cutting rate: 60 times/Min
Cutting height: 0-14mm
Air pressure: 0.5-0.8mm
PLC : Mitsubishi
Touch screen : Delta
1.The spindle is centered. By placing the spindle in the center position, the force transmission components can be reduced to reduce the loss during the force transmission process; at the same time, the accuracy of the machine tool can be improved.
2.High precision. The flatness of the extreme position of the upper and lower die tables and the flatness during the movement the die table are higher than those the similar products, thus ensuring stable machine performance.
3.Automatic lubrication system. Designed with a unique automatic lubrication system to reduce machine wear.
4.Stepless adjustment. Achieve stepless adjustment, breaking through the limitations of traditional mechanical speed control gears.
5. compact structure, easy to operate. Optimize the traditional structure to make the structure more reasonable and more convenient to operate. A unique mold height mechanism has also been designed to allow one to easily debug the mold.
6. high efficiency, low power consumption, and stable performance. The improvement of precision, the reduction of wear and the optimization of structure make the overall efficiency of the machine improve and the performance is more stable. In the case of sufficient punching, the machine uses a 3KW motor, which reduces power consumption and saves costs.
7.Easy maintenance and low maintenance costs. The optimization of the structure makes the parts of the machine tool the most compact, which makes maintenance easy and maintenance cost low.
8.Structured design. The structural design allows you to change a variety of machining dies as needed to machine fins of different sizes.
Finished fin types