원스톱 CNC 카바이드 인서트 제조업체

CNMA 인서트
CNMA 인서트

CNMA 인서트

CNMA insert angle:0° Negative rake insert and no chipbreaker;

80° rhombic turning insert;

Primary workpiece material: Hard material; cast Iron; steel;

Primary workpiece material code: P; H; K

Insert holding method: Pin; Clamp;

Breaker application: Roughing, semi-finishing, finishing;

Matching cnma insert tool holder: PCBNR/L, PCLNR/L, MCLNR/L,MCBNR/L;

Grade: Both PVD and CVD;

Material : Tungsten Carbide;

CNMA insert tool holder

CNMA INSERT TOOL HOLDER PCBNRL
CNMA INSERT TOOL HOLDER PCLNRL

MCLNR/L

CNMA INSERT TOOL HOLDER MCLNRL

CNMA insert Introduction:

  • CNMA Carbide Inserts: The Essentials

    • 모양: Rhombic (diamond) with an 80-degree included angle.
    • 클리어런스 각도 : 0 degrees
    • Cutting Edges: Double-sided, offering two cutting edges per insert for cost-effectiveness.
    • Chipbreaker Geometries: Diverse range of chipbreaker styles from various manufacturers are available. These are tailored to specific materials and machining operations (roughing, finishing, etc.).
    • Key Uses: Primarily used for general turning operations and some facing work on a range of materials.

    Common Materials CNMA Inserts are Used For

    • Cast Iron: Suitable for many cast iron applications.

    Advantages of CNMA Inserts

    • Cost-effective: Due to their double-sided design, offering longer tool life per insert.
    • Versatile: The range of grades and chipbreakers make them suitable for many machining applications.
    • Strong Geometric Shape: The 80-degree diamond shape provides strength and rigidity for their size.

    Important Considerations

    • Match the Grade to Your Material: Choosing the right insert coating and substrate composition is crucial for optimal tool life and performance in the specific material you’re cutting.
    • Select the Right Chipbreaker: The chipbreaker geometry significantly influences how chips are formed and broken. It should be chosen based on the material and type of machining operation.

CNMA Insert Dimensions (ISO)

TYPECNMA INSERT DIAMENTIONS(mm)
LEIC에스DI답장
CNMA12040412.912.74.765.160.4
CNMA12040812.912.74.765.160.8
CNMA12041212.912.74.765.161.2
CNMA12041612.912.74.765.161.6
CNMA16060816.115.8756.356.350.8
CNMA16061216.115.8756.356.351.2
CNMA16061616.115.8756.356.351.6
CNMA19061219.319.056.357.941.2
CNMA19061619.319.056.357.941.6

Example: CNMA 120408

    • 12: Inscribed Circle (IC) of 12.7mm (approx. 0.5 inches)
    • 04: Thickness of 4.76mm (approx. 0.187 inches)
    • 08: Corner radius of 0.8mm (approx. 0.031 inches)

Key Dimensions

  1. Inscribed Circle (IC): The diameter of the largest circle that fits within the insert. Common IC sizes include:

    • 12.7mm (0.5″)
    • 16mm (0.63″)
    • 19.05mm (0.75″)
  2. 두께: Impacts insert strength and the number of usable cutting edges. Common thicknesses include:

    • 3.18mm (0.125″)
    • 4.76mm (0.187″)
    • 6.35mm (0.25″)
  3. Corner Radius: Affects surface finish and strength at the cutting edge. Common sizes include:

    • 0.4mm (0.016″)
    • 0.8mm (0.031″)
    • 1.2mm (0.047″)

The Science Behind Carbide Inserts: How They're Made and Why They're So Strong

카바이드 인서트는 가장 다재다능하고 내구성이 뛰어난 절단 도구 중 하나입니다. 그러나 그들은 어떻게 만들어 졌습니까? 그리고 무엇이 그렇게 강하게 만드는가? 이 비디오에서는 탄산탄의 특성에서 제조 공정에 이르기까지 카바이드 인서트의 과학을 탐구합니다.

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