Register
Configure
  • Blade diameter (D)(φ)
  • R Size(mm)
  • Blade length (ℓ)(mm)
  • Overall Length (L)(mm)
  • Shank diameter (d)(mm)
  • Type
  • Est. shipping days
    • All
    • Within 6 working days
    • Within 7 working days
UNION TOOL

CNRS 4-Flute Radius for Difficult-to-Machine Materials

CNRS 4-Flute Radius for Difficult-to-Machine Materials

Part number:

Still undefined. 8 possible part numbers found.
Quantity:

Part number list

Number of items
  • 1
    • Part number
    CNRS4060-10-16
    CNRS4080-10-16
    CNRS4100-10-26
    CNRS4100-15-26
    CNRS4100-20-26
    CNRS4120-10-26
    CNRS4120-15-26
    CNRS4120-20-26

    Blade diameter (D)

    (φ)

    R Size

    (mm)

    Blade length (ℓ)

    (mm)

    Overall Length (L)

    (mm)

    Shank diameter (d)

    (mm)

    		Minimum order quantity
    6
    1
    16
    90
    6
    1 pieces
    8
    1
    16
    100
    8
    1 pieces
    10
    1
    26
    110
    10
    1 pieces
    10
    1.5
    26
    110
    10
    1 pieces
    10
    2
    26
    110
    10
    1 pieces
    12
    1
    26
    120
    12
    1 pieces
    12
    1.5
    26
    120
    12
    1 pieces
    12
    2
    26
    120
    12
    1 pieces
    Unit price (excluding VAT)(Unit price including VAT)
    Standard shipping days
    131.63 €
    ( 156.64 € )
    6 working days
    156.32 €
    ( 186.02 € )
    7 working days
    191.16 €
    ( 227.48 € )
    7 working days
    191.16 €
    ( 227.48 € )
    6 working days
    191.16 €
    ( 227.48 € )
    7 working days
    243.01 €
    ( 289.18 € )
    7 working days
    243.01 €
    ( 289.18 € )
    6 working days
    243.01 €
    ( 289.18 € )
    6 working days
  • 1

    • More Information

    Basic information

    [Features]
    · High Efficiency 4-Flute Radius for Machining Titanium / Super Heat Resistant Alloy
    · Life-span increasing UT coating suitable for heat resistant and difficult to cut materials
    · Variable split, high torsion and positive rake angle design enables stable machining
    · A blade design that reduces the cutting resistance in helical and inclined use, etc.