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Home Multi Station Cold Forming Machine 7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18
7 Die 7 Blow High Quality Multi Station Cold Heading Machine Make M12-M18

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The 7 Die 7 Blow High-Quality Multi-Station Cold Heading Machine, designed for manufacturing components in the M12-M18 size range, represents a pinnacle of precision and productivity in cold forming technology. 
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Specification


ModelUnitKD-706KD-708KD-710
Forging stationNo.777
Forging forceKgf6300098000130000
Max.cut-off diamm81218
Max.cut-off lengthmm100140135
Production speedpcs/min200160120
Master die ejection strokemm90130100
Punch die ejection strokemm304035
Main sliding table strokemm130160190
Overall dims. Of main diemm50*10060*13085*150
Overall dims. Of punch diemm40*10045*11553*125
Overall dims. Of cut of diemm28*4540*6065*75
Die pitchmm608094
Applicable bolt diamm3-64-86-10
Shank length of blankmm10-8520-11510-90
Max flange diamm171928
Main engine motorKW223037
Machine weightKgs110002400028000
Machine dimensionmm3500*2200*22004400*2750*25005300*3000*2200


ModelUnitKD-715KD-718KD-722KD-726
Forging stationNo.7777
Forging forceKgf208000300000480000750000
Max.cut-off diamm20303542
Max.cut-off lengthmm220230240298
Production speedpcs/min1001006060
Master die ejection strokemm200210220270
Punch die ejection strokemm60606070
Main sliding table strokemm270275346365
Overall dims. Of main diemm100*190110*220150*250165*250
Overall dims. Of punch diemm75*13075*150100*245120*270
Overall dims. Of cut of diemm80*12084*120128*120139*150
Die pitchmm110129165190
Applicable bolt diamm8-1910-2416-3016-32
Shank length of blankmm20-18020-19020-20025-240
Max flange diamm34424856
Main engine motorKW5575110132
Machine weightKgs6300070000145000180000
Machine dimensionmm6000*4100*300014500*6500*315015800*6650*325017500*7800*3600


7 Die 7 Blow Configuration



The "7 Die 7 Blow" setup denotes a sophisticated machine architecture featuring seven distinct dies. Each die is dedicated to performing a unique forming operation, with each executing a single, highly precise strike or shaping action on the material. This sequential process progressively molds the raw material into its intended final form. This configuration is particularly adept at crafting highly intricate geometries with remarkable accuracy and consistency, making it exceptionally suitable for producing components within the M12-M18 size range. The multi-step process not only ensures detailed part formation but also supports the creation of complex features that would be challenging to achieve with fewer stations.




High Precision Engineering


This machine incorporates cutting-edge tooling technologies alongside advanced control systems, ensuring every component meets stringent dimensional tolerances and quality benchmarks. It is designed to excel in applications where precision and repeatability are paramount. Whether manufacturing fasteners or more complex parts, this machine guarantees durability and reliability. Sophisticated sensors and real-time monitoring systems continuously track the production process, adjusting parameters as needed to maintain consistency and quality throughout the manufacturing run. Such meticulous engineering makes it an ideal choice for industries where the failure of even a single component can have significant consequences.


Material Versatility

The material versatility of this machine is one of its standout features. It is capable of processing a diverse array of materials, including steel, stainless steel, brass, and aluminum, among others. For each type of material, the machine allows for fine-tuning of operational parameters such as pressure and feed rate. These adjustments are critical for optimizing the performance of the machine across different materials, ensuring that each part produced meets the desired specifications. For instance, harder materials like stainless steel might require higher pressures during forming, whereas softer metals like brass may benefit from controlled feed rates to prevent deformation. This flexibility enables manufacturers to adapt quickly to changing production demands, supporting a wide spectrum of applications and end uses without compromising on quality.