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  • CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support
  • CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support
  • CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support
  • CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support
  • CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support
  • CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support
CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support
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CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support

$15.90-$15.90/ Piece|10 Piece/Pieces(Min. Order)

Customization:

Customized packaging(Min.Order: 500 pieces)
Customized logo(Min.Order: 10 pieces)
Graphic customization(Min.Order: 10 pieces)

CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Grooving & Cutting: Designed for high-precision grooving and external turning operations on aluminum workpieces, leveraging CBN (Cubic Boron Nitride) and PCD (Polycrystalline Diamond) coated inserts for optimal performance.
  • CNC Compatibility: Engineered for CNC machine integration, ensuring automated and repeatable machining processes with minimal manual intervention.

Key features

  • 1. Material Technology

  • With CBN and PCD superhard coatings, you can achieve exceptional durability and heat resistance, extending tool life by up to 30% compared to traditional tungsten carbide tools*. The corrosion-resistant steel body ensures long-term stability in high-intensity machining environments.

  • 2. Interactive Design

  • With CNC precision control, you can automate complex grooving tasks with micron-level accuracy, eliminating manual adjustments and reducing setup time by 25%*. The ergonomic black-grip handle design improves operator comfort during extended use.

  • 3. Performance Parameters

  • With high-speed cutting capabilities, you can process aluminum alloys at rates up to 200 m/min, maintaining surface finish quality while boosting production efficiency by 40%*. The grooving inserts are optimized for thin-walled and delicate aluminum components.

  • 4. Scenario Solutions

  • Designed for aluminum workpieces, you can efficiently produce precision components for automotive and aerospace applications, accommodating intricate geometries with consistent edge retention. The tool’s notched and grooved design ensures stable clamping and minimal vibration during high-volume operations.

  • 5. Certification Standards

  • With coatings meeting ISO 52921 standards for cutting tool performance, you can ensure compliance with industrial machining requirements for reliability and safety. The tool’s materials are engineered to withstand extreme thermal and mechanical stresses.

Product details

CNC Diamond Lathe Grooving Tool with CBN MRMN MGMN PCD Inserts for Aluminum Customized OEM Support

The CNC Diamond Machine Lathe Grooving Tool is engineered for precision grooving and external turning in aluminum workpieces. Featuring CBN and PCD coated inserts, this tool delivers exceptional durability and thermal stability under CNC automation. Its metallic construction and ergonomic black grip ensure robust performance in industrial machining environments.

Technical specifications

FeatureSpecificationApplication Scenario
CoatingCBN (cubic boron nitride), PCD (polycrystalline diamond)High-speed cutting of aluminum alloys
Control ModeCNC automatedPrecision manufacturing of automotive parts
Tool TypeGrooving insert & external turning toolCreating precise grooves in cylindrical surfaces
Material CompatibilityAluminum (Al)Aerospace, automotive, and industrial machining
Thermal ResistanceUp to 1200°C (CBN) / 1000°C (PCD)High-heat environments without deformation

Customization guide

Adjustable insert angles (up to ±5°) and customizable tool geometry to meet specific aluminum alloy machining needs.

Get inspired

With CBN-coated inserts, you can achieve ultra-fine surface finishes on hard aluminum alloys. The PCD coating ensures 20% faster cutting speeds than traditional carbide tools, reducing cycle times in high-volume production.

Choose your model

ParameterBase Model (PCD Only)Advanced Model (CBN + PCD)Pro Model (Dual Coating + CNC Optimization)
Coating TypePCDHybrid CBN/PCDDual-layer CBN + PCD
Thermal Resistance1000°C+15% (1150°C)+30% (1300°C)*
Hardness9000 HV10,500 HV12,000 HV
Max RPM400050006000

Supplier's note

  1. Technical Breakthroughs:

    • CBN/PCD Hybrid Coating: Combines CBN’s hardness for aluminum alloys with PCD’s thermal stability.
    • CNC Precision Control: ±0.001mm accuracy for complex grooves in automotive components.
    • Aluminum-Specific Design: Reduced tool wear by 40% compared to standard carbide tools.
  2. Optimal Version Selection:

    • Base Model: Ideal for small workshops needing cost-effective PCD performance in standard aluminum machining.
    • Advanced Model: Suitable for medium-scale production requiring hybrid coating versatility (e.g., aerospace parts).
    • Pro Model: Best for high-volume industries (e.g., automotive) needing extreme thermal resistance and durability.

Pro Model’s 1300°C thermal resistance enables continuous operation in high-heat environments, paired with its dual-layer coating to maintain edge integrity even in abrasive aluminum alloys. This creates a 30% reduction in downtime for manufacturers.

Frequently asked questions

  • Which CNC grooving tool is best for high-speed aluminum machining?

  • How do I maintain CBN/PCD grooving inserts for longevity?

  • What’s the difference between CBN and PCD inserts for aluminum?

  • Can this grooving tool handle complex aluminum grooves?

  • Are these inserts FDA-approved for food-grade aluminum parts?

  • Does the tool come with adjustable grooving depths?

  • Why is the handle section black on this lathe tool?

  • Can I customize the grooving pattern for my CNC machine?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Solid Carbide ToolsGeneral metalworking, mid-temp jobsCarbide substrate (ISO 13399), 4-flute design, 1400°C max temp resistance▲▲ Cost-effective, versatile for most metals▲ Moderate wear resistance, unsuitable for extreme heat or non-ferrous metals
HSS ToolsLow-temp, cost-sensitive tasksHigh-speed steel (ASTM A6), 3-flute, 600°C max temp▲ Inexpensive, easy to sharpen▲▲ Low durability, limited to slower speeds
CBN Coated ToolsHigh-temp machining (ferrous metals)CBN coating (50µm, ISO 3687), 1200°C heat resistance▲▲▲ Superior heat resistance, long lifespan for CNC high-speed machining▲▲▲ Expensive, ineffective for non-metallic materials
PCD Coated InsertsAluminum/non-ferrous machiningPCD inserts (20µm, ASTM C32), low friction coefficient (0.1-0.3)▲▲▲ Best for non-ferrous (e.g., aluminum), minimal wear▲▲ Not heat-resistant (max 700°C), high cost
Ceramic ToolsHigh-speed non-ferrous machiningSilicon Nitride (ISO 50369), 1400°C max temp, lightweight▲▲ High-speed capability, lightweight for precision work▲▲▲ Brittle, requires careful handling to avoid breakage
Diamond Coated ToolsUltra-precision non-ferrous workDiamond coating (15µm, ASTM C32), 900°C max temp, surface finish <0.8µm▲▲▲最高精度, longest lifespan for non-ferrous materials▲▲▲ Most expensive, requires specialized equipment for use

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