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100% Original SEKT1204 AFTN LT30 Milling Insert Carbide Milling Turning Tools Inserts SEKT 1204 Blade Cutter CNC Machining
100% Original SEKT1204 AFTN LT30 Milling Insert Carbide Milling Turning Tools Inserts SEKT 1204 Blade Cutter CNC Machining - Image 2
100% Original SEKT1204 AFTN LT30 Milling Insert Carbide Milling Turning Tools Inserts SEKT 1204 Blade Cutter CNC Machining - Image 3
100% Original SEKT1204 AFTN LT30 Milling Insert Carbide Milling Turning Tools Inserts SEKT 1204 Blade Cutter CNC Machining - Image 4
100% Original SEKT1204 AFTN LT30 Milling Insert Carbide Milling Turning Tools Inserts SEKT 1204 Blade Cutter CNC Machining - Image 5
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100% Original SEKT1204 AFTN LT30 Milling Insert Carbide Milling Turning Tools Inserts SEKT 1204 Blade Cutter CNC Machining

27,000 Ks

Parameter:

  • Insert Type: SEKT1204

  • Geometry: AFTN – optimized for turning applications

  • Grade: LT30 – suitable for steel machining, coated for wear resistance

  • Material: Tungsten carbide

  • Coating: CVD/PVD hybrid

  • Hardness: HRA 92–95

  • Application: CNC external turning, milling

  • Cutting Direction: Right-hand

  • Chipbreaker: Flat (no chipbreaker design) – ideal for finishing

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    100% Original SEKT1204 AFTN LT30 Milling Insert Carbide Milling Turning Tools Inserts SEKT 1204 Blade Cutter CNC Machining

    27,000 Ks


    SKU: MCT003 Categories: , Tags: , , ,

    Product Description

    The SEKT1204 AFTN LT30 is a carbide milling and turning insert designed for CNC machining applications, particularly effective in external turning operations.

    Key Features

    • Material: Manufactured from high-quality tungsten carbide, offering exceptional hardness and durability.

    • Coating: Features a combination of Chemical Vapor Deposition (CVD) and Physical Vapor Deposition (PVD) coatings, enhancing wear resistance and extending tool life. ​

    • Hardness: Rated with a hardness of 92 to 95, suitable for machining a variety of metals, including steel.

    • Design: Engineered for high efficiency and performance, providing a smooth surface finish and improved processing efficiency compared to traditional welding blades.