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A-SFT-SUS

Spiral Flute Tap for Stainless Steel

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  • Spiral Flute Tap for Stainless Steel1
  • Spiral Flute Tap for Stainless Steel2
  • Spiral Flute Tap for Stainless Steel3
  • Spiral Flute Tap for Stainless Steel4
  • Spiral Flute Tap for Stainless Steel5
Spiral Flute Tap for Stainless Steel1 Spiral Flute Tap for Stainless Steel2 Spiral Flute Tap for Stainless Steel3 Spiral Flute Tap for Stainless Steel4 Spiral Flute Tap for Stainless Steel5
The biggest factor that reduces tapping efficiency is chip entanglement. This is especially problematic when machining stainless steel, where tough, ductile chips are difficult to evacuate and tend to cause instability. The A SFT SUS suppresses chip entanglement in stainless steel tapping and improves work efficiency by reducing machine downtime associated with chip removal. Fewer machine stops boost productivity, reduce labor needs, and help lower power consumption. This spiral flute tap is highly recommended for stainless steel applications where chip entanglement is a concern.

Features

Spiral Flute Tap for Stainless Steel Features
1 Flute geometry optimized for stainless steel delivers smooth chip evacuation
2 Optimal shank length that suppresses chip entanglement Optimal shank length that suppresses chip entanglement
3
  • New generation synchronized tap holder designed to maximize the performance of your A-SFT-SUS.
    New generation synchronized tap holder designed to maximize the performance of your A-SFT-SUS

Applications

Low Carbon Steel・Medium Carbon Steel・High Carbon Steel・Alloy Steel・Hardened Steel(25~35HRC)・Stainless Steel・Coppe・Aluminum Rolled・Aluminum Alloy Casting・Zinc Alloy Casting・Thermoplastic

Lineup

Spiral Flute Tap for Stainless Steel

    M3~M12

Others

    The high efficiency, multi purpose A-Tap series—designed for a wide range of machines and materials—includes spiral flute taps, point taps, screw thread insert taps, and pipe thread taps.
For Details

Data

Smooth chip evacuation for better operational efficiency

Smooth chip evacuation for better operational efficiency

Environmental Considerations

Reducing machine stoppages increases productivity and reduces power consumption

Reducing machine stoppages increases productivity and reduces power consumption

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