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Cnc Polygon Turning Machine Cutting Tools Gold Cutting Tool

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision External Turning: Designed for high-precision external turning operations on metals, composites, and hard materials, enabled by PCD (Polycrystalline Diamond) coating and carbide substrate.
  • Multi-Shape Adaptability: Features triangle and square insert shapes, allowing versatile applications in contouring, profiling, and finish machining for diverse workpiece geometries.

Key features

  • 1. Material Technology

  • With PCD (Polycrystalline Diamond)-coated carbide material, you can achieve exceptional wear resistance and precision when machining abrasive materials like composites, ceramics, or non-ferrous metals. This coating extends tool life by up to 30%* compared to uncoated carbide tools, ensuring durability in high-demand applications.

  • 2. Interactive Design

  • With a CNC-controlled multi-flute geometry (e.g., four-flute design), you can perform stable, vibration-free cuts in complex machining operations. The triangular/square insert shape enables precise edge alignment, reducing chatter by 25%* compared to traditional two-flute inserts.

  • 3. Performance Parameters

  • With carbide material and PCD coating, you can maintain sharp edges at high cutting speeds, enabling feed rates up to 40% faster* than standard HSS tools. This combination ensures consistent surface finishes even in prolonged machining cycles.

  • 4. Scenario Solutions

  • Designed for external turning applications, this tool delivers precision in machining cylindrical parts for automotive, aerospace, and industrial components. Its PCD coating excels in high-volume production of aluminum alloys, reducing downtime by 35%* in repetitive tasks.

  • 5. Certification Standards

  • With ISO-certified materials and coatings, you can ensure compliance with global industrial safety and performance standards. The tool meets eco-friendly manufacturing guidelines, minimizing waste and extending tool longevity.

Product details

Cnc Polygon Turning Machine Cutting Tools Gold Cutting Tool

The CNC Polygon Turning Machine Cutting Tools are precision-engineered for high-performance machining in diverse industrial applications. Featuring PCD-coated carbide inserts and a 4-flute design, these tools deliver exceptional durability, thermal resistance, and surface finish quality. Ideal for external turning operations, they are optimized for non-ferrous metals, composites, and high-demand materials.

Technical specifications

FeatureSpecificationApplication Scenario
CoatingPCD (Polycrystalline Diamond)Precision machining of non-ferrous metals
MaterialCarbideHigh-temperature CNC operations
Control ModeCNCAutomated external turning in manufacturing
ShapeTriangle, SquareVersatile for external and face turning
TypeTurning Insert, External ToolMachining cylindrical and profile surfaces
Flutes4-Flute DesignEfficient chip evacuation and surface finish

Customization guide

Adjustable flute count and insert geometry to meet specific material hardness or surface finish requirements.

Get inspired

With PCD-coated carbide inserts, you can achieve ultra-fine surface finishes on aluminum, brass, and composites. The 4-flute design ensures smooth chip removal, reducing vibration and heat buildup in high-speed CNC operations.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Cutting Speed80 m/min+15% (92 m/min)+30% (104 m/min)*
Tool Life60 minExtended by 20%Doubled (120 min)*
Surface FinishRa 1.6 μmRa 0.8 μmPremium Ra 0.4 μm
Temperature ResistanceUp to 800°CEnhanced to 950°C1100°C*

Supplier's note

  1. Three Technical Breakthroughs:

    • PCD Coating: Enables precision cutting in non-ferrous metals with 50% longer tool life than uncoated tools.
    • 4-Flute Design: Reduces vibration by 30%, ensuring smoother cuts in thin-wall components.
    • Carbide Substrate: Maintains hardness at 1100°C, outperforming HSS tools in extreme heat.
  2. Version Selection Guide:

    • Base Model: Ideal for standard machining of aluminum alloys in low-volume production.
    • Advanced Model: Perfect for aerospace parts requiring tight tolerances and extended tool life.
    • Pro Model: Designed for high-volume automotive manufacturing, with thermal resistance exceeding industry benchmarks by 35%.

With the Pro version’s 1100°C resistance, you can safely machine titanium alloys—previously limited to specialized tools—while maintaining surface finishes as fine as Ra 0.4 μm. Pair this with its PCD coating to eliminate micro-chipping in composite parts, reducing downtime by up to 40%.

Frequently asked questions

  • Which CNC polygon turning tool is best for high-precision external turning tasks?

  • How do I maintain PCD-coated carbide inserts for prolonged cutting performance?

  • PCD vs. Carbide Coating: Which is better for prolonged cutting in hard materials?

  • Can I use CNC polygon turning tools for both triangle and square profile machining?

  • Are these tools suitable for CNC machines with high-speed operations?

  • What certifications do your PCD-coated turning tools meet?

  • Can I customize the shape or size of polygon turning inserts for my specific application?

  • Which turning insert type works best for external machining of non-ferrous metals?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Coating TypePrecision machining of non-ferrous alloysIndustry Standard: Carbide coating (ISO 5669-2)
Our Base: PCD (ISO 3659:2015)▲ (30% longer life)
Our Advanced: Enhanced PCD with TiAlN (ASTM C32)▲▲ (50% wear resistance)
Base reduces downtime by 20%; Advanced cuts 40% faster on compositesBase is 20% costlier; Advanced requires specialized coolant systems
Material CompositionHeavy-duty machining of steel alloysIndustry Standard: High-speed steel (HSS) (ASTM A6)
Our Base: Carbide (ISO K10 grade)▲ (20% harder)
Our Advanced: CVD-coated carbide (ASTM C306)▲▲ (40% heat resistance)
Base handles tougher materials; Advanced maintains edge at 1,000°CBase needs sharper edges; Advanced is brittle at low temps
Control Mode (CNC)Automated production linesIndustry Standard: Manual control
Our Base: CNC with basic G-code (ISO 6983)▲
Our Advanced: Smart CNC with adaptive algorithms▲▲ (real-time adjustments)
Base ensures 95% repeatability; Advanced reduces scrap by 30%Base requires operator training; Advanced needs cloud connectivity
Insert ShapeComplex contour machiningIndustry Standard: Round inserts
Our Base: Triangle inserts (ISO 2353)▲
Our Advanced: Square inserts with micro-geometry▲▲ (25% better chip control)
Base reduces vibration by 15%; Advanced improves surface finish to Ra 0.8 μmBase may need frequent rotation; Advanced is less common in legacy systems
Flute DesignHigh-speed milling operationsIndustry Standard: 2-flute end mills
Our Base: 3-flute▲
Our Advanced: 4-flute▲▲ (vibration reduction by 30%)
Base increases feed rates by 20%; Advanced cuts 40% quieter than competitorsBase may wear faster; Advanced is more fragile in overhang applications
Application RangeMixed-material manufacturingIndustry Standard: Single-material use
Our Base: Multi-material capable▲ (ISO 23674)
Our Advanced: Universal for ferrous/non-ferrous▲▲
Base reduces tool changes by 50%; Advanced cuts aluminum, steel, and compositesBase may underperform on extreme hardness; Advanced has 2x initial cost

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