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Home Multi Station Cold Forming Machine 3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8
3 Die 3 Blow Multi Station Cold Forming Machine Make M5-M8

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3 Die 3 Blow Multi Station Cold Forming Machine, this type of machine is ideal for high-volume production runs of small to medium-sized fasteners and components, such as bolts, screws, and rivets.
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Specification


ModelUnitKD-306KD-308KD-310KD-316
Forging stationNo.3333
Forging forceKgf400006000090000160000
Max.cut-off diamm8101220
Max.cut-off lengthmm100140140195
Production speedpcs/min220210210100
Master die ejection strokemm90130130200
Punch die ejection strokemm30404050
Main sliding table strokemm130160160300
Overall dims. Of main diemm50*10060*13060*130100*200
Overall dims. Of punch diemm40*10045*12545*12575*185
Overall dims. Of cut of diemm28*4040*6040*6060*90
Die pitchmm608080129
Applicable bolt diamm3-84-104-610-18
Shank length of blankmm10-8510-11510-11520-180
Max flange diamm17191930
Main engine motorKW22303055
Machine weightKgs7000120001800040000
Machine dimensionmm3500*1850*20003630*2150*20803630*2150*22805700*3200*2600


Versatility


Although the machine is specifically designed for M5-M8 sizes, modifications to tooling and configurations allow it to manufacture a broad range of components within this size category. This adaptability enables manufacturers to swiftly respond to shifting production demands with minimal downtime.


Material Options


The machine is suitable for working with a variety of materials, such as steel, stainless steel, brass, and aluminum. To achieve the best forming outcomes, each material may necessitate tailored adjustments to factors like pressure, feed speed, and other operational parameters.