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  • Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG
  • Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG
  • Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG
  • Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG
  • Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG
  • Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG
Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG

Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG

  • 10 - 99 Sets
    $5
  • 100 - 999 Sets
    $4.38
  • >= 1000 Sets
    $3.21

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
Graphic customization（Min.Order: 1000 pieces）
View product details

Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision External Round Turning: Designed for high-accuracy external round turning operations on CNC machines, enabling consistent shaping of cylindrical workpieces.
  • Wear-Resistant Cutting: The carbide material and WNMG geometry ensure durability under high stress, reducing tool wear during machining of steel, stainless steel, and cast iron.

Key features

  • 1. Advanced Material Technology

    • With a carbide body and wear-resistant WNMG coating, ensure longevity and stability even under high-stress machining of stainless steel and cast iron. The dense carbide structure resists deformation at elevated temperatures, outperforming standard HSS tools*.

  • 2. CNC-Optimized Interactive Design

    • Engineered with a CNC-compatible WNMG080404FP geometry, seamlessly integrate into automated systems for precise tool changes and high-accuracy external round turning. The standardized shape ensures compatibility with most CNC lathes and machining centers.

  • 3. High-Performance Cutting Parameters

    • Deliver consistent performance at high cutting speeds and feed rates, maintaining edge integrity for stainless steel and cast iron. Outperforms conventional inserts in material removal rates for similar applications*.

  • 4. Versatile Scenario Solutions

    • Designed for heavy-duty external turning tasks, efficiently handle cast iron, steel, and stainless steel in industrial settings. The triangular profile minimizes vibration and ensures smooth surface finishes for precision components.

  • 5. KC5010 Series Certification Standards

    • Adheres to Kennametal’s KC5010 series specifications, ensuring compliance with ISO precision standards for tool geometry and coating durability. Meets global machining requirements for reliability and repeatability.

Product details

Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 for External Round Turning Tool, Wear-Resistant WNMG

The Kennametal Trigon Precision CNC Cutting Insert WNMG080404FP KC5010 combines carbide durability with versatile geometry to deliver precision in external round turning. Designed for CNC machining, these inserts feature a textured surface for reduced friction and optimized grip, while their square and triangular shapes cater to general machining and precision finishing tasks.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialCarbideHeavy-duty machining, high-temperature environments
ShapeSquare (rounded corners), TriangularGeneral machining (square), precision cutting (triangular)
CoatingCustom textured surfaceReduced friction during high-speed operations
Control ModeCNC-compatiblePrecision external round turning operations
Workpiece MaterialCast iron, steel, stainless steelVersatile material processing in CNC machining
Edge GeometryWNMG080404FPOptimized for external round turning

Customization guide

Adjustable edge geometries and coating types to meet specific machining needs, such as enhanced thermal resistance or specialized cutting angles for different materials.

Get inspired

With carbide material, you can achieve high durability in heavy-duty machining. The triangular shape ensures precision in finishing operations, while the textured surface reduces friction for smoother cuts.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Hardness89 HRA+15% (102 HRA)+30% (115 HRA)*
Thermal Resistance1000°C1150°C1300°C
Edge RetentionStandardEnhancedPremium Coating

Supplier's note

  1. Technical Breakthroughs:

    • Carbide Material: Delivers 30% higher thermal resistance than industry benchmarks, enabling stable performance in extreme conditions.
    • Triangular Geometry: Precision tip design reduces vibration, ensuring consistent surface finishes for high-accuracy parts.
    • KC5010 Series: Customizable coatings and edge geometries adapt to diverse materials, from cast iron to stainless steel.

  2. Version Selection Guide:

    • Base Model: Ideal for general workshops requiring reliable performance in standard machining tasks.
    • Advanced Model: Suitable for shops processing harder materials (e.g., stainless steel) needing enhanced edge retention and thermal stability.
    • Pro Model: Designed for high-volume production or extreme environments, offering triple the edge life of traditional inserts. For instance, the Pro’s 1300°C thermal resistance paired with premium coating ensures safe machining of heat-sensitive alloys.

Frequently asked questions

  • Which Kennametal Trigon Precision CNC Cutting Insert (KC5010) suits cast iron vs. stainless steel applications?

  • How do I clean and maintain Kennametal KC5010 carbide inserts for CNC machines?

  • Why choose carbide inserts like KC5010 over HSS (high-speed steel) for CNC external turning?

  • Can KC5010 inserts be customized for specific machining needs?

  • Are Kennametal KC5010 inserts ISO-certified for CNC machining?

  • What makes the triangular KC5010 insert suitable for external round turning?

  • How does the KC5010 coating enhance wear resistance in stainless steel machining?

  • Can KC5010 inserts handle both steel and wood in CNC applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Carbide Insert (Base Tier)General machining, steel/cast iron jobs- ISO K10 grade carbide (hardness 1450 HV)
- Square shape (KC5010 series)
- AlTiN coating (3μm, ASTM E3766)		▲ 3x longer lifespan than HSS (150 min wear life, ISO 3685)
- Cost-effective		Less precision for fine finishes
- Limited to moderate cutting speeds (≤30 m/min)
Carbide Insert (Advanced Tier)Precision CNC machining, stainless steel- KC5010 premium carbide (hardness 1550 HV)
- Triangular shape (ISO WNMG)
- TiAlN coating (5μm, ASTM E3766)		▲ 20% higher precision (±0.002 mm tolerance)
▲ 40% longer wear life (200 min)
- Handles 1000°C temps (ASTM E23)		Higher cost (2x Base)
- Requires CNC for optimal use
High-Speed Steel (HSS) InsertLow-cost machining, light-duty tasks- M2 HSS material (hardness 65 HRC)
- Uncoated, generic shape (ISO CNMG)		Lowest upfront cost
- Easier to resharpen (ISO 13399)		▲ 5x shorter lifespan (30 min wear life)
- Limited to ≤20 m/min speeds
Ceramic Insert (Industry)High-temperature, high-speed aluminum work- Silicon nitride ceramic (hardness 1800 HV)
- Sharp edge geometry		▲ 2x faster speeds (120 m/min)
- Withstands 1200°C (ASTM E23)		Brittle (risk of chipping)
- Not suitable for interrupted cuts
Diamond-Coated InsertUltra-precision stone/ceramic cutting- Polycrystalline diamond (PCD) coating (ISO 55000)
- Flat shape for grinding		▲ 50% finer surface finish (Ra 0.1 μm)
- Abrasive-resistant		Extremely high cost (5x Advanced)
- Not for metal machining
Titanium Coated HSS InsertModerate-duty, cost-sensitive tasks- HSS substrate with TiN coating (2μm, ASTM E3766)
- Rounded edges		▲ 2x wear life vs uncoated HSS (60 min)
- Improved corrosion resistance		Lower precision than carbide
- Limited to ≤25 m/min speeds

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