Specification D L D1 M MFT-08-100-M4 8 100 8 M4 MFT-10-80-M5/M6 10 80 10 M5/M6 MFT-10-100-M5/M6 10 100 10 M5/M6 MFT-10-150-M5/M6 10 150 10 M5/M6 MFT-12-100-M6 12 100 12 M6 MFT-12-150-M6 12 150 12 M6 MFT-15-100-M8 15 100 15 M8 MFT-15-150-M8 15 150 15 M8 MFT-15-200-M8 15 200 15 M8 MFT-15.6-150-M8 15.6 150 15.6 M8 MFT-15.6-200-M8 15.6 200 15.6 M8 MFT-15.6-250-M8 15.6 250 15.6 M8 MFT-16-100-M8 16 100 16 M8 MFT-16-150-M8 16 150 16 M8 MFT-16-200-M8 16 200 16 M8 MFT-16-250-M8 16 250 16 M8 MFT-16-300-M8 16 300 16 M8 MFT-19-150-M10 19 150 19 M10 MFT-19-200-M10 19 200 19 M10 MFT- 19-250-M10 19 250 19 M10 MFT-20-100-M10 20 100 20 M10 MFT-20-150-M10 20 150 20 M10 MFT-20-200-M10 20 200 20 M10 MFT-20-250-M10 20 Eco-Friendly, High Hardness, Fast Cure, Abrasion Resistance, Light Transmittance Ningbo Merak Advanced Materials Technology Co., Ltd. , https://www.merak-tech.com
Carbide turning and boring systems are essential tools used in CNC machining to prevent tool shanking and control vibrations, also known as CNC extension rods. As the development of high-precision CNC machining has progressed, traditional speeds have increased from 5000 rpm to 8000 rpm, and now even higher cutting speeds are being developed beyond 20,000 rpm. This high-speed cutting requires sufficient seismic performance, so carbide stamping poles must have uniform material, consistent performance, and precise concentricity to meet these demanding requirements.
 
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Carbide Turning and Boring Systems for Milling Machines
Model NO.: LHCBSU0036
Performance Classification: High-End CNC Machine Tools
Certification: ISO 9001
Condition: New
Place of Origin: Zhuzhou, China (Mainland)
Business Type: Manufacturer
Hardness: 89.5~92.7 HRA
City: Zhuzhou, China (Mainland)
Performance: Excellent Wear Resistance
Technology: Advanced
Advantage: Over 20 Years Experience in This Line
Material: 100% Raw Material
Trademark: LIHUA
Transport Package: Standard or Customized
Specification: ISO9001, 2008 SGS
Origin: Zhuzhou, China (Mainland)
HS Code: 8207909000
Carbide Turning and Boring Systems for Milling Machines