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tungsten carbide anti-vibration boring bar
  • tungsten carbide anti-vibration boring bar
  • solid carbide shank boring bars

Tungsten carbide anti-vibration boring bar

Tungsten carbide anti-vibration boring bar

Tungsten carbide anti-vibration tool holder is an important tool accessory in CNC machining. It is mainly to solve the problem of working accuracy and stability caused by cutter vibration in machining.

Excellent rigidity, good vibration resistance, realizing high-precision machining, enhancing machining efficiency, save cost and prolong service life for cutting tools, which are advantages for tungsten carbide anti-vibration boring bar.

 

 

tungsten carbide anti-vibration boring bar

 

 

solid carbide internal threading bar

 

 

solid carbide vibration damped machining tools holders

 

Advantages for our solid carbide boring bar

  • Excellent rigidity, good vibration resistance
  • Solid carbide shank boring bar is made from premium tungsten carbide. The properties of tungsten carbide ensure excellent rigidity, good vibration resistance, and no distortion due to excessive lateral force.

 

  • High precision machining
  • In some working conditions, the machining depth can be extended while the machining surface accuracy can be improved, tungsten steel anti-shock boring bars can realize the possibility of ultra-long, ultra-deep, and ultra-high precision machining.

 

  • Cost reduction
  • Even if the cutter head is damaged, the cutter rod can be reused, which increases the value of the carbide threading bar. The cutter head and solid carbide shank are connected by threads, so the cutter head can be replaced quickly and easily when it is failed to work. The thread direction is opposite to the machining rotation direction, so there is no care about loosening during machining.

 

  • Integral forming
  • Tungsten carbide boring bar is formed integrally, so there is no concern about welding fracture. The cutter head and solid carbide indexable boring bar can be freely combined and replaced, which can meet all processing requirements from rough machining to finishing machining.

 

  • Prolong the service life for cutting tools
  • For carbide coolant screw boring bars, all specifications have internal coolant holes, which have good chip removal and cooling effects during deep hole processing, prolong the service life of carbide inserts, and enhance the surface finish and accuracy of the workpiece.

 

  • Full-grinding thread technology
  • The internal thread of solid carbide shank introduces full-grinding thread technology, compared with EDM processing, which is more stable without electrical loss, not easy to collapse for the thread. The precise concentricity, perpendicularity and circular runout can better meet the anti-vibration performance required by high-speed cutting operations.

 
The sizes for solid carbide internal threading bar

SizeD(mm)ML(mm)
MFT08-100-M48M4100
MFT10-080-M510M580
MFT10-100-M510M5100
MFT10-150-M510M5150
MFT12-100-M612M6100
MFT12-150-M612M6150
MFT12-200-M612M6200
MFT15-100-M815M8100
MFT15-150-M815M8150
MFT15-200-M815M8200
MFT15-250-M815M8250
MFT15.6-100-M815.6M8100
MFT15.6-150-M815.6M8150
MFT15.6-200-M815.6M8200
MFT15.6-250-M815.6M8250
MFT16-100-M816M8100
MFT16-150-M816M8150
MFT16-200-M816M8200
MFT16-250-M816M8250
MFT16-300-M816M8300
MFT19-100-M1019M10100
MFT19-150-M1019M10150
MFT19-200-M1019M10200
MFT19-250-M1019M10250
MFT19-300-M1019M10300
MFT20-100-M1020M10100
MFT20-150-M1020M10150
MFT20-200-M1020M10200
MFT20-250-M1020M10250
MFT20-300-M1020M10300
MFT24-100-M1224M12100
MFT24-150-M1224M12150
MFT24-200-M1224M12200
MFT24-250-M1224M12250
MFT24-300-M1224M12300
MFT24-350-M1224M12350
MFT25-100-M1225M12100
MFT25-150-M1225M12150
MFT25-200-M1225M12200
MFT25-250-M1225M12250
MFT25-300-M1225M12300
MFT25-350-M1225M12350
MFT30-150-M1630M16150
MFT30-200-M1630M16200
MFT30-250-M1630M16250
MFT30-300-M1630M16300
MFT30-350-M1630M16350
MFT32-150-M1632M16150
MFT32-200-M1632M16200
MFT32-250-M1632M16250
MFT32-300-M1632M16300
MFT32-350-M1632M16350
MFT32-400-M1632M16400
 
Grade Chart
GradeGrain
um
Cobalt
%
Density
g/cm3
Hardness
HRA
T.R.S
N/mm3
Application
YL10.20.810-10.214.3-14.491.5-92.03500-3800This grade work at 45 hrc materials.It's used for making drill endmils,suitable for cutting general steel(HRC<48),Grey cast iron,stainless steel and heat resistant alloy.
KU15---1513.96894500Good wear resistance and excellent toughness, suitable for making stamping dies,anti-vibration boring bar, etc.
KU120.610-1214.1-14.292-92.53800-4000This grade work at 55 hrc materials.Ultrafine grain size,high cobalt,good hardness and toughness,used for making endill and reamer,espeially suitable for cutting steel(HRC:45-55),aluminum alloy and titanium.
KU200.71014.491.94100Medium speed processing, strong versatility, suitable to process carbon steel, alloy steel, stainless steel, nickel-based alloy, titanium alloy, heat-resistant alloy steel, cast iron, etc.
KU20A0.61014.492.24100 Medium speed processing, strong versatility, suitable to process carbon steel, alloy steel, stainless steel, nickel-based alloy, titanium alloy, heat-resistant alloy steel, cast iron, etc.
KU25A0.41214.0592.64200High-speed cutting, medium-speed feed, suitable for processing glass fiber materials, carbon steel, stainless steel, nickel-based alloys, quenched steel, titanium-based alloys, composite materials, etc.
KU090.3914.493.54000Extremely high wear resistance and strength, suitable for high-hard materials (HRC55 and above) finishing,high-gloss surface treatment of aluminum alloy, titanium alloy, stainless steel, high-temperature alloy and other difficult-to-machine materials (composite wood) .
KU060.4614.794.13800Ultra-fine grains,suitable for making end mills and engraving cutters with high wear resistance requirements, suitable for processing PCB materials and high-hardness aluminum alloys.


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