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Home Multi Station Cold Forming Machine 6 Die 6 Blow use friendly Multi Station Cold Heading Machine Make M12-M16
6 Die 6 Blow use friendly Multi Station Cold Heading Machine Make M12-M16
6 Die 6 Blow use friendly Multi Station Cold Heading Machine Make M12-M16
6 Die 6 Blow use friendly Multi Station Cold Heading Machine Make M12-M16
6 Die 6 Blow use friendly Multi Station Cold Heading Machine Make M12-M16
6 Die 6 Blow use friendly Multi Station Cold Heading Machine Make M12-M16
6 Die 6 Blow use friendly Multi Station Cold Heading Machine Make M12-M16

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This machine is crafted to meet the demands of high-volume production while ensuring ease of use and operational simplicity, making it an ideal choice for manufacturers in industries such as automotive, aerospace, construction, and heavy machinery.
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Specification


ModelUnitKD-606KD-608KD-610KD-613
Forging stationNo.6666
Forging forceKgf5800092000120000160000
Max.cut-off diamm8121618
Max.cut-off lengthmm100140165220
Production speedpcs/min200160150100
Master die ejection strokemm90130145200
Punch die ejection strokemm30404060
Main sliding table strokemm130160195270
Overall dims. Of main diemm50*10060*13075*13580*190
Overall dims. Of punch diemm40*10045*11555*12570*130
Overall dims. Of cut of diemm28*4540*6045*6070*69
Die pitchmm608094110
Applicable bolt diamm3-64-86-108-16
Shank length of blankmm10-8520-11520-11520-180
Max flange diamm17192532
Main engine motorKW22303755
Machine weightKgs9600220002600045000
Machine dimensionmm3500*2200*22004200*2750*25004530*3300*22006000*4100*3000



ModelUnitKD-613LKD-616KD-620KD-625
Forging stationNo.6666
Forging forceKgf160000280000410000600000
Max.cut-off diamm18263238
Max.cut-off lengthmm285240260295
Production speedpcs/min70958060
Master die ejection strokemm280220255270
Punch die ejection strokemm60606070
Main sliding table strokemm380275350365
Overall dims. Of main diemm93*294108*220125*240148*250
Overall dims. Of punch diemm60*23275*18590*215120*270
Overall dims. Of cut of diemm60*10084*12085*120109*150
Die pitchmm110129140160
Applicable bolt diamm8-1610-1812-2416-32
Shank length of blankmm20-26220-20025-24025-240
Max flange diamm32424856
Main engine motorKW5590115132
Machine weightKgs480006500091000150000
Machine dimensionmm7500*4500*300013600*6300*290015200*5750*325016500*6800*3300


Application


This machine is extensively utilized in industries that demand high-volume manufacturing of medium to large-sized fasteners and components. Sectors including automotive, electronics, and general engineering greatly benefit from its capability to efficiently produce substantial quantities of accurate and robust parts. The machine's adaptability in processing a range of materials also makes it ideal for a broad spectrum of uses, spanning from conventional fasteners to specialized pieces. Whether it's creating standard bolts or more intricate components, this machine delivers the precision and durability required for demanding applications. Its flexibility ensures it can meet diverse production needs while maintaining high standards of quality and performance.


User-friendly Design


Emphasizing user convenience, this machine features intuitive controls and an ergonomic design. Operators can easily navigate through different settings and operations without extensive training, reducing the learning curve and increasing overall productivity. The interface is straightforward, with clear instructions and feedback mechanisms to guide users through the production process.


Maintenance

Maintaining a 6 Die 6 Blow User-Friendly Multi-Station Cold Heading Machine is crucial for ensuring its longevity, operational efficiency, and the quality of the parts it produces. Proper maintenance practices not only prevent unexpected downtimes but also help in maintaining the machine's performance at optimal levels. Below are key maintenance aspects to consider:

1. Regular Lubrication

  • Moving Parts: Ensure all moving components, such as slides, guides, and bearings, are regularly lubricated according to the manufacturer’s specifications. This prevents wear and tear and ensures smooth operation.

  • Lubrication Schedule: Follow a strict lubrication schedule to avoid any oversight. Use the recommended type of lubricant for each specific part to maximize effectiveness.

2. Tooling Inspection and Replacement

  • Tool Condition: Frequently inspect the condition of dies and other tooling elements for signs of wear or damage. Replace worn-out tools promptly to maintain precision and quality of the produced parts.

  • Alignment Check: Verify the alignment of dies and punches periodically to ensure accurate forming and to minimize material waste.

3. System Calibration and Adjustment

  • Parameter Settings: Adjust machine parameters like pressure and feed rate based on the material being processed. Regular calibration ensures that these settings remain accurate, contributing to consistent output quality.

  • Control Systems: Keep the control systems updated and perform routine checks to ensure they operate correctly. Any software updates provided by the manufacturer should be installed to benefit from the latest features and improvements.