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  • High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools
  • High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools
  • High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools
  • High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools
  • High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools
  • High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools
High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools

High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools

$1.60-$1.60/ Piece|10 Piece/Pieces(Min. Order)

Customization:

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

High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Boring & Internal Grooving: Designed for high-precision boring and internal grooving in small holes, ensuring accurate finishes in CNC machining.
  • Material Compatibility: Engineered with tungsten steel and steel construction to handle tough materials like hardened steels, cast irons, and alloys.

Key features

  • 1. Material Technology

  • With a tungsten carbide body and hard coating, you can achieve exceptional durability and maintain sharpness during prolonged use.

  • 2. Interactive Design

  • The hexagonal shank design ensures secure clamping in machine tools, reducing vibrations and enabling precise cuts in tight spaces.

  • 3. Performance Parameters

  • With precision within 0.001mm, you can ensure accuracy 50% higher than standard boring tools, meeting the strictest machining tolerances.

  • 4. Scenario Solutions

  • Engineered for small-hole boring and internal grooving, this tool excels in tight spaces and complex geometries, delivering consistent results in CNC machining environments.

  • 5. Certification Standards

  • Complies with ISO standards for precision boring tools, ensuring reliability and safety in industrial applications.

Product details

High Precision CNC Small Hole Boring Cutter Customizable Machine Internal Grooving MIR Fine Boring Head Precision Boring Tools

The High Precision CNC Small Hole Boring Cutter is engineered for precision internal grooving and small hole boring in CNC machining. Crafted from tungsten steel and steel, this customizable boring head combines durability with high-precision performance. Its ceramic-coated cutting edge and hexagonal shank design ensure stability and extended tool life in demanding applications.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialTungsten steel core, steel componentsMachining hardened steels, cast irons
CoatingCopper-colored ceramic coatingHigh-speed cutting in aerospace parts
Precision±0.002 mm tolerance (Pro version)Precision boring in engine components
Shank DesignHexagonal for secure clampingStable mounting in CNC machining centers
Edge GeometryChamfered cutting edgeReduced chipping in deep hole boring

Customization guide

Adjustable parameters include diameter tolerance (±0.001–±0.005 mm) and coating type (ceramic vs. titanium nitride) to meet specific material requirements. Customize the tool length (20–100 mm) for deeper grooves or restricted-access machining.

Get inspired

With a tungsten steel core and ceramic coating, you can achieve micron-level precision in hardened materials. The hexagonal shank ensures secure clamping, enabling stable cutting in tight spaces. For example, the Pro version’s ultra-fine tolerance is ideal for aerospace turbine blades requiring minimal surface finish defects.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Precision Tolerance±0.005 mm±0.003 mm±0.002 mm
Tool Life100 hours+20% (120 hours)+40% (140 hours)*
Max RPM3,000 RPM4,000 RPM5,000 RPM
CoatingStandard ceramicEnhanced ceramicPremium ceramic

Supplier's note

  1. Three Technical Breakthroughs:

    • Ceramic Coating: Reduces friction by 30% compared to uncoated tools, enabling 20% faster cutting speeds.
    • Hexagonal Shank: Provides 15% better clamping stability than round shanks, minimizing vibration in deep hole boring.
    • Custom Diameter Tolerance: Allows adjustment to ±0.001 mm for medical implant machining, exceeding ISO 2768-m tolerance standards.
  2. Optimal Version Selection:

    • Base Model: Ideal for general workshops machining aluminum or mild steel (e.g., automotive parts).
    • Advanced Model: Suited for automotive engine block manufacturers needing 20% longer tool life in cast iron.
    • Pro Model: Required for aerospace applications where ±0.002 mm tolerances are critical (e.g., turbine blade boring). The Pro’s ceramic coating triples wear resistance, ensuring safe handling of titanium alloys at 5,000 RPM.

Frequently asked questions

  • Which high precision CNC boring tool is best suited for small hole machining in tight spaces?

  • How does tungsten steel compare to regular steel in CNC boring tools?

  • What maintenance steps are required for the MIR Fine Boring Head?

  • Can the boring head be customized for specific diameters or internal grooving needs?

  • Is the coating on the cutting edge compatible with hardened steel machining?

  • Does the tungsten steel material meet ISO or industry certifications for precision tools?

  • How does the hexagonal shank improve boring tool stability during CNC operations?

  • What industries benefit most from the high precision of this boring tool?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionMachining hardened steels/alloysIndustry: HSS (60 HRC)Base: Tungsten Carbide (62 HRC) ▲Advanced: Tungsten + TiCo (64 HRC) ▲▲ (ISO 513 certified)
Enhanced hardness and durabilityBase version may require frequent sharpening
Precision LevelAerospace components (turbine blades)Industry: ±0.01mmBase: ±0.005mm ▲Advanced: ±0.001mm ▲▲ (ISO 2768-mk compliant)
Meets ultra-precision standardsHigher cost for advanced tolerances
Cutting Edge CoatingHigh-speed machiningIndustry: UncoatedBase: TiAlN coating (reduces friction) ▲Advanced: DLC coating (▲▲▲, 3x longer life)
Extended tool life in continuous useCoated tools risk chipping if mishandled
Shank DesignHigh-vibration CNC operationsIndustry: Round shankBase: Hex shank (secure grip) ▲Advanced: Hex + anti-vibration grooves ▲▲ (ISO 1940 balance class 1)
Minimizes vibration-induced inaccuraciesRequires specialized collets
Application RangeVersatile machining needsIndustry: General (≤8,000 RPM)Base: Medium-duty (10,000 RPM) ▲Advanced: Heavy-duty (12,000 RPM) ▲▲
Handles high-speed, high-load tasksLimited compatibility with older spindles
Tool LifeHigh-volume productionIndustry: 200 hoursBase: 300 hours ▲Advanced: 500 hours ▲▲▲ (ASTM C1210 tested)
Reduces downtime and replacement costsAdvanced tools may have longer lead times

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