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  • Hole diameter (drill diameter) D(mm)
  • Groove Length L(mm)
  • Overall Length L(mm)
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TiAlN Coated Carbide Drill for Stainless Steel Machining, Composite Spiral / Regular (TAC-DL-SESDR3.3)

TiAlN Coated Carbide Drill for Stainless Steel Machining, Composite Spiral / Regular TAC-DL-SESDR3.3

Codice componente:

TAC-DL-SESDR3.3
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    Disegno schematico

    TiAlN Coated Carbide Drill for Stainless Steel Machining, Composite Spiral / Regular:Related Image

    Elenco numeri di parte

    Numero di articoli
    Codice componente
    TAC-DL-SESDR3.3

    Hole diameter (drill diameter) D

    (mm)

    Groove Length L

    (mm)

    Overall Length L

    (mm)

    Shank Diameter d

    Diameter Tolerance

    Tolerance of Shank Diameter

    Quantità minima d'ordine
    3.3
    28
    60
    4
    0 ~ -0.012
    0 ~ -0.008
    1 pezzi
    Prezzo unitario (IVA esclusa)(Prezzo unitario IVA inclusa)
    Giorni spedizione standard
    128.69 €
    ( 153.14 € )
    5 giorni lavorativi

    Ulteriori informazioni

    Informazioni di base

    [Caratteristiche] -MIAutomatic steelI-Original shape ideal for EN 1.4016 Equiv. machining -Designed with a helix angle of 38° near the tip and 20° near the shank -The 20° section has a large core diameter for improved tool durability -Superfine carbide alloy provides excellent abrasion resistance and enables high-speed machining -125° tip angle and combined helix angle improve cutting performance.

    Specifiche e prezzo

    Specifiche

    TiAlN Coated Carbide Drill for Stainless Steel Machining, Composite Spiral / Regular:Related Image

    Model Number Groove Length
    Overall Length
    L
    Shank Diameter
    d
    Diameter
    D
    TAC-DL-SESDR328604
    3.328604
    3.528604
    436804
    544906
    644906
    7531108
    7.5531108
    7.8531108
    8531108
    106112010
    127113012
    137714014


    For Cutting Conditions, Refer to >>Click here.

    Caratteristiche ed esempi di utilizzo

    Più Informazioni


    An original MISUMI shape that's ideal for machining SUS 430 work material.
    The helix angle is 38° for the portion near the tip and 20° for the portion near the shank.
    Since the core thickness is thick for the 20° portion, this increases the durability of the tool.
    Using ultrafine particulate carbide, it has superior wear resistance, which allows high-speed machining.
    The cutting performance is improved using a helix angle in complex with a 125° tip angle.
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