Machining DataSheet for

General Information:
Material GroupP - Steel
Sub-GroupHigh Carbon Steel
Tensile Strength1000-1100 [N/mm^2]

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Machining Steel 1095

Steel 1095 is a High Carbon Steel material with 1% carbon content. Carbon steels range in carbon content between 0.08% to 1%. The machinability is very sensitive to the amount of carbon. Materials with very low carbon content (below 0.15%) are too soft and gummy, and materials with a carbon content above 0.5% are harder and thus have lower machinability

Since Steel 1095, has 1%, it is relatively more challenging to machine compared with average carbon steel and has a machinability rating of 45%. On the other hand, it is stronger and has better mechanical properties. High carbon steels are less popular since when better mechanical properties are required, the better choice is alloy steels.

You can find here a list of machinability Ratings for different Carbon Steels.


  • For general Turning of Steel 1095 at stable conditions use a grade with a Hard substrate and CVD coating.
  • In case you are running at a cutting speed that is lower than 490 SFM (150 m/min), it is better to use a grade with a
  • Hard substrate and PVD coating.
  • For general Milling use a grade with a Semi Hard substrate and PVD coating.
  • For detailed carbide grades recommendations, check the Below Chart, or use the Grades Wizrad.
  • Recommended Cutting speed range for turning at stable conditions is 560 - 740 [SFM] / 170 - 225 [m/min].
  • Recommended Cutting speed range for milling with stable clamping and short overhang is 340 - 460 [SFM] / 105 - 140 [m/min]
  • For detailed cutting speed recomendations, check the Below Table, or use our Speed and Feed Calculator.

  • Equivalent International Designations for Steel 1095

    Standard Name

    Chemical Composition for Steel 1095

    Element Amount
    Carbon (C).90-1.03%
    Manganese (Mn).30-.50%
    Sulfur (S)0.05%
    Phosphorus (P)0.04%

    Cutting Speeds Recomendations for Steel 1095

    * Click on the speeds below for higher precision in specific conditions!

    ApplicationVc (m/min)Vc (SFM)

    Important! The speed estimation is given for an ideal situation:

    • Most suitable carbide grade
    • Stable tool clamping
    • Stable workpiece clamping
    • Good quality raw material
    • A short overhang of the cutting tool.
    • Nominal hardness of the material.
    • etc.
    Click on the speeds in the above table to get better precision for specific parameters
    Or use our Speed and Feed Calculator

    Recommended Carbide Grades for Steel 1095

    * If you do nott understand the below table? Read This Explanation to make the most out of it!

    Grade for Turning

    Grade for Milling (Indexable)

    Grade for Parting Off

    Grade for Grooving