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Milling Cutter
  • LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head
  • LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head
  • LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head
  • LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head
  • LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head
  • LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head
LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head

LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head

  • 1 - 19 Pieces
    $40
  • >= 20 Pieces
    $39

Customization:

Customized logo（Min.Order: 10 pieces）
View product details

LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Face Milling Precision: Designed for high-precision face milling operations to create flat surfaces on workpieces, particularly in metalworking and industrial machining.
  • Indexable Inserts: Features replaceable indexable inserts made of hard materials (e.g., carbide or ceramic) for cost-effective maintenance and extended tool life.
  • Durability & Heat Resistance: Constructed from high-speed steel (HSS) with a gold coating, ensuring resistance to wear and high-temperature machining environments.

Key features

  • 1. Material Technology

    • With high-speed steel (HSS) and AlTiN coating, you can achieve superior wear resistance and maintain sharpness during prolonged use, outperforming uncoated tools by up to 30%*. The carbide inserts further enhance durability in high-stress machining tasks.

  • 2. Interactive Design

    • With indexable carbide inserts and a modular design, you can easily replace worn edges and adjust cutting configurations, reducing downtime by up to 50% compared to solid carbide tools*. The symmetrical edge arrangement ensures consistent precision across all cutting surfaces.

  • 3. Performance Parameters

    • With a high hardness design optimized for tough materials, you can machine stainless steel, hardened alloys, and composites at speeds 20% faster than standard face mills*. The HSS body and sharp carbide edges minimize heat buildup, extending tool life.

  • 4. Scenario Solutions

    • Designed for industrial and workshop environments, you can adapt to diverse machining needs—from precision metalworking to heavy-duty wood cutting. The adjustable insert configuration allows customization for specific tasks, enhancing versatility compared to single-purpose tools.

  • 5. Certification Standards

    • Complies with ISO 13399 standards for cutting tool identification*, ensuring seamless integration with global machining systems. The AlTiN coating meets safety and environmental regulations for industrial use.

Product details

LIVTER Instock Indexable Insert Face Milling Cutter Hot Sale High Hardness Face Mill Head

The LIVTER Instock Indexable Insert Face Milling Cutter combines high-speed steel durability with precision-engineered carbide inserts, designed for versatile machining applications. Its gold PVD coating enhances corrosion resistance, while its symmetrical multi-edge configuration ensures consistent performance in demanding environments.

Technical specifications

FeatureSpecificationBenefit
Material CompositionHigh-Speed Steel (HSS) body with carbide insertsBalances strength and cost-effectiveness
CoatingGold (Altın) PVD coatingCorrosion resistance in humid conditions
Edge DesignSymmetrical multi-edge configurationUniform cutting action for precision tasks
CompatibilityAdaptable to CNC and manual systemsSeamless integration into workflows

Customization guide

Adjustable parameters include:

  • Edge Count: Tailor the number of cutting edges (4–8) for material hardness or feed rate.
  • Diameter: Customize sizes (25–100mm) to fit machine tooling requirements.
  • Coating Type: Select from standard, gold, or diamond-like coatings for specialized environments.

Get inspired

Maximize productivity with LIVTER’s face milling cutters. Ideal for machining steel, aluminum, and composites, these tools deliver long-lasting performance. Their modular design allows quick insert replacement, reducing downtime while maintaining precision.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Edge Count4 edges6 edges8 edges
CoatingBasic PVDGold PVD (+20% wear resistance)Ceramic PVD (+40% hardness)
Max RPM20,00025,000 (+25% speed)30,000 (+50% speed)*
Insert MaterialCarbide (ISO P/M)Carbide (ISO K)Ceramic (ISO N)

Supplier's note

  1. Technical Breakthroughs:

    • Gold PVD Coating: Reduces rust formation by 30% in humid environments.
    • Carbide Inserts: Triple the wear resistance of HSS-only tools, extending tool life.
    • Symmetrical Design: Eliminates vibration, ensuring ±0.001mm precision in milling.

  2. Version Selection Guide:

    • Base Model: Ideal for general workshops requiring cost-effective machining of soft metals (e.g., aluminum).
    • Advanced Model: Perfect for medium-duty tasks like stainless steel machining, with enhanced corrosion resistance.
    • Pro Model: Designed for heavy-duty industries (e.g., aerospace), offering ceramic inserts for extreme hardness and 30% faster RPM than industry benchmarks.

With ceramic inserts, the Pro Model can handle high-temperature applications like titanium machining without deformation. Pair its 30,000 RPM capability with CNC automation for 40% faster production cycles.

Frequently asked questions

  • Which LIVTER face mill cutter is best for machining hard metals?

  • How do I maintain the gold-coated inserts on the LIVTER face mill?

  • Why choose high-speed steel for LIVTER face mill inserts over solid carbide?

  • Can the LIVTER face mill's inserts be customized for specific machining needs?

  • Is the LIVTER face mill's gold coating compliant with industrial standards?

  • What materials can the LIVTER face mill with indexable inserts cut effectively?

  • How often should I replace the inserts on the LIVTER face mill?

  • How does the symmetrical design of the LIVTER face mill improve cutting performance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Face Milling CuttersHeavy-duty machining of steel/aluminum- Industry: Carbide inserts (ISO K10 grade)
- Base: HSS (ISO M42) with gold coating (reduces friction)
- Advanced: Coated carbide (TiAlN, 5μm) ▲▲ (enhanced wear resistance)		- Industry: High durability for long tool life.
- Base: Cost-effective.
- Advanced: Superior thermal stability.		- Industry: Higher initial cost.
- Base: Shorter tool life vs carbide.
- Advanced: Requires specialized coating.
End MillsPrecision cuts in tight spaces (CNC)- Industry: Solid carbide (ISO M30)
- Base: HSS with TiN coating (ISO M42)
- Advanced: Micrograin carbide + PVD coating ▲ (finer finish)		- Industry: High precision.
- Base: Affordable.
- Advanced: Improved surface finish.		- Industry: Brittle under heavy loads.
- Base: Lower durability.
- Advanced: Higher cost.
Solid Carbide End MillsHigh-precision aerospace machining- Industry: Micrograin carbide (ISO K20)
- Base: Standard carbide (ISO K10)
- Advanced: CVD-coated carbide (TiCN, 8μm) ▲ (enhanced hardness)		- Industry: Superior edge retention.
- Base: Cost-effective.
- Advanced: Extended tool life.		- Industry: Fragile.
- Base: Lower precision.
- Advanced: Complex coating process.
Indexable Insert MillsHigh-volume production, interrupted cuts- Industry: Carbide inserts (ISO P25)
- Base: HSS inserts with gold coating (ISO M42)
- Advanced: Coated carbide (AlTiN, 6μm) ▲▲ (better chip evacuation)		- Industry: Easy insert replacement.
- Base: Lower cost.
- Advanced: Reduced heat buildup.		- Industry: Higher initial cost.
- Base: Less durable.
- Advanced: Requires precise setup.
High-Speed Steel (HSS) MillsGeneral machining (moderate speeds)- Industry: M42 HSS (ISO M42)
- Base: Standard HSS (ISO M30)
- Advanced: HSS with DLC coating ▲ (improved lubricity)		- Industry: Cost-effective.
- Base: Affordable.
- Advanced: Reduced friction.		- Industry: Lower heat resistance.
- Base: Shorter tool life.
- Advanced: Coating adds cost.
Shell MillsLarge-diameter machining, heavy stock removal- Industry: Carbide-tipped (ISO K10)
- Base: HSS with gold coating (ISO M42)
- Advanced: Coated carbide (TiAlN, 4μm) ▲ (better chip clearance)		- Industry: High material removal.
- Base: Cost-effective.
- Advanced: Reduced vibration.		- Industry: Expensive.
- Base: Limited diameter options.
- Advanced: Complex manufacturing.

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