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Home Multi Station Bolt Former 5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23
5 Die 5 Blow Full Automatic Multi Station Cold Heading Machine Make M16-M23

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The 5 Die 5 Blow Full Automatic Multi-Station Cold Heading Machine designed to manufacture fasteners in the M16-M23 diameter range is a powerful and versatile solution for medium to large-sized component production.
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Specification


ModelUnitK-505K-506KD-506KD-508
Forging stationNo.5555
Forging forceKgf42000500005000070000
Max.cut-off diamm68810
Max.cut-off lengthmm8095100140
Production speedpcs/min240200220200
Master die ejection strokemm707090130
Punch die ejection strokemm30303040
Main sliding table strokemm120120130160
Overall dims. Of main diemm50*9050*10050*10060*130
Overall dims. Of punch diemm38*8538*8540*10045*115
Overall dims. Of cut of diemm28*3528*3528*4540*60
Die pitchmm55556080
Applicable bolt diamm2-53-63-64-8
Shank length of blankmm10-6510-8510-8510-115
Max flange diamm16171719
Main engine motorKW18.5222230
Machine weightKgs70009000950017000
Machine dimensionmm3500*2000*20003500*2000*20503500*2000*20503630*2350*2090


ModelUnitKD-510KD-513KD-516KD-520KD-525
Forging stationNo.55555
Forging forceKgf105000150000260000380000500000
Max.cut-off diamm1216232532
Max.cut-off lengthmm165220240260280
Production speedpcs/min200120958065
Master die ejection strokemm145200220240255
Punch die ejection strokemm4060606570
Main sliding table strokemm195270285355370
Overall dims. Of main diemm75*13580*190108*200125*240140*250
Overall dims. Of punch diemm55*12570*13075*18590*125120*270
Overall dims. Of cut of diemm45*6070*6975*10075*12080*130
Die pitchmm94110129140160
Applicable bolt diamm6-108-1610-2212-3012-31
Shank length of blankmm10-11520-18010-20020-22020-221
Max flange diamm2526303638
Main engine motorKW37557590115
Machine weightKgs22000450006000085000135000
Machine dimensionmm4100*2500*22005100*4100*275013200*5300*295013650*5500*310014750*6500*3300


Seamless Workflow


  • The automation ensures a seamless workflow across all stations. Each station operates independently but in sync with the others, allowing for continuous production without interruptions.

  • For example:

    • While Station 1 cuts the wire to length, Station 2 forms the head, Station 3 performs extrusion, Station 4 trims excess material, and Station 5 completes the final shaping—all simultaneously.


Benefits


  1. Labor Cost Reduction:

    • With minimal human intervention, fewer operators are required to manage the machine, leading to significant savings in labor costs.

  2. Improved Consistency:

    • Automated processes eliminate variations caused by manual handling, ensuring uniform quality across all produced parts.

  3. Increased Productivity:

    • Continuous operation and simultaneous processing at multiple stations result in higher throughput and faster production cycles.

  4. Enhanced Quality Control:

    • Real-time monitoring and fault detection ensure that any issues are addressed immediately, reducing the likelihood of defective products.

  5. Flexibility for Customization:

    • The machine can be easily reprogrammed to produce different designs or sizes, making it adaptable to changing market demands.

  6. Long-Term Reliability:

    • Automated systems reduce wear and tear on components by optimizing their use and scheduling timely maintenance.



Reduced Downtime


  • Automated systems minimize downtime by streamlining operations and enabling quick recovery from faults.

  • Predictive maintenance features monitor the condition of critical components (e.g., dies, punches, and motors) and alert operators when maintenance is required, preventing unexpected breakdowns.