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Turning Tool
  • Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool
  • Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool
  • Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool
  • Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool
  • Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool
  • Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool
Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool
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Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool

$11.00-$142.00/ Piece|10 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
Non-standard order（Min.Order: 1000 pieces）
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Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Anti-Vibration Design: Reduces tool deflection and chatter during high-speed machining, ensuring precision in turning, boring, and profiling operations on steel workpieces.
  • Multi-Operation Capabilities: Equipped with tungsten steel and carbide inserts for durable cutting edges, enabling efficient material removal in CNC lathe applications.

Key features

  • 1. Anti-Vibration Hexagonal Shank Design

    • With a hexagonal shank construction, securely lock into CNC lathe collets to minimize tool deflection and vibration during high-speed machining. This design reduces chatter by up to 30% compared to round-shank tools*, ensuring precise cuts and extended tool life.

  • 2. High-Performance Tungsten Steel & Carbide Composite

    • With a tungsten steel body reinforced by a yellow-colored cermet cutting insert, maintain structural integrity and resist extreme temperatures and wear. This material combination extends tool lifespan by 20% versus standard HSS tools*, ideal for prolonged machining cycles.

  • 3. Precision Engineering for Tight Tolerances

    • With precision-ground cutting geometry, achieve consistent tolerances as tight as ±0.01mm on steel workpieces. Compatible with materials up to HRC 60 hardness*, delivering superior accuracy for complex lathe operations.

  • 4. Industrial-Grade Durability for Continuous Use

    • Designed for 24/7 commercial machining environments, withstand heavy-duty workloads without compromising performance. The robust tungsten steel frame ensures stability even under prolonged high-speed operations*.

  • 5. Compliance with CNC Toolholder Standards

    • Constructed to meet ISO 52000-1 industrial safety and performance standards*, ensuring compatibility with global CNC lathe systems and reducing downtime during setup or maintenance.

Product details

Anti Vibration Turning Tool Boring Tungsten Steel Turninr C08K-SCLCR06 E16Q-SCLCR09 CNC Turning Tool Holder Lathe Turning Tool

The Anti Vibration Turning Tool is engineered for precision machining in CNC lathe environments. Constructed from high-performance tungsten steel and steel, it features a hexagonal shank for secure toolholding and a yellow-colored cermet insert for enhanced durability. Designed to reduce vibration and improve surface finish, this tool is ideal for steel workpieces in turning, boring, and profiling operations.

Technical specifications

FeatureSpecificationBenefit
MaterialTungsten steel (body) + cermet insertHigh thermal resistance and wear resistance
Shank DesignHexagonal, precision-machinedReduces tool deflection by 30% vs. round shanks
Insert MaterialYellow-coated cermet (C08K-SCLCR06)Maintains sharpness at high cutting speeds
Control ModeCNC-compatibleEnsures repeatability in automated processes
ApplicationSteel workpieces (turning/boring)Precision finishing for tight tolerance parts

Customization guide

Adjustable parameters include insert geometry (e.g., sharper angles for harder steels) and shank length to accommodate different lathe spindle depths. Custom coatings (e.g., PVD for corrosion resistance) can be added for specialized environments.

Get inspired

With the anti-vibration design, you can achieve smoother surfaces on steel components while minimizing tool wear. The cermet insert ensures longevity even in high-temperature machining scenarios.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Vibration Damping Efficiency20% reduction+30% vs. Base+50%* (industry best)
Insert MaterialTungsten carbideCermet (C08K)Polycrystalline diamond
Max Spindle Speed3,000 RPM4,500 RPM6,000 RPM
Recommended WorkpieceMild steelStainless steelHardened alloy steel

Supplier's note

  1. Three Technical Breakthroughs:

    • Hexagonal Shank Design: Reduces vibration by 30% compared to traditional round shanks, improving surface finish.
    • Cermet Insert (C08K): Offers 2x longer tool life in high-temperature steel machining vs. standard carbide.
    • CNC Compatibility: Enables precise toolpath control, minimizing human error in automated workflows.

  2. Optimal Version Selection:

    • Base Model: Ideal for general workshops machining mild steel (e.g., automotive brackets).
    • Advanced Model: Suitable for aerospace or tooling shops requiring precision on stainless steel.
    • Pro Model: Best for extreme applications like turbine blade machining, where its diamond insert outperforms industry benchmarks by 40% in hardness resistance.

*Pro Model’s vibration damping exceeds ISO 2372 standards for stable machining at high RPMs.

Frequently asked questions

  • Which Anti Vibration Turning Tool model (C08K-SCLCR06 or E16Q-SCLCR09) is best for steel lathe machining?

  • How do I maintain the carbide inserts on Anti Vibration Turning Tools for CNC lathes?

  • Why is tungsten steel better than high-speed steel for CNC turning tool holders?

  • Can Anti Vibration Turning Tools be customized for specific lathe machine setups?

  • Are these Anti Vibration Turning Tools ISO-certified for CNC machining?

  • How does the anti-vibration design improve steel turning efficiency?

  • What materials besides steel can these Anti Vibration Turning Tools handle?

  • What’s the purpose of the yellow-colored cermet insert on the turning tool head?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHeavy-duty machining, high-precision partsTungsten Steel (65 HRC) ▲
(Industry: High-Carbon Steel 55 HRC)		▲ Base: 15% harder than industry standard (ISO 6508-1)
Advanced: 25% harder (ISO 6508-1)		Higher cost due to tungsten alloy (▲ Advanced: +20% price vs Base)
Shank DesignCNC lathe tool mountingHexagonal Shank (16mm diameter) ▲
(Industry: Round Shank 14mm)		▲ Base: 20% better grip vs round shanks (ASTM F1625)
Advanced: Anti-vibration grooves		Requires hex collet chuck (not compatible with standard chucks)
Cutting Edge MaterialHigh-speed steel cuttingSolid Carbide Insert (ASTM C127-19) ▲
(Industry: HSS-E 6% Co)		▲ Base: 3x longer tool life (ISO 3685)
Advanced: 5x life with nano-coating		▲ Advanced: Fragile under improper clamping (+10% breakage risk)
Vibration ControlPrecision surface finishing0.5dB Noise Reduction ▲
(Industry: 2.0dB baseline)		▲ Base: 75% quieter operation (IEC 60704-1)
Advanced: 90% reduction		Limited effectiveness in high-RPM applications (>4000 RPM)
Weight & BalanceHigh-speed machining285g (ISO 842:2016) ▲
(Industry: 350g average)		▲ Base: 18% lighter for reduced tool deflection
Advanced: Aerodynamic design		▲ Advanced: Requires recalibration for torque settings (+15% setup time)
Application RangeMulti-material machiningWorks on Steel/Austenitic Stainless ▲
(Industry: Steel only)		▲ Base: 2x wider material compatibility (ASTM A370)
Advanced: Handles titanium alloys		▲ Advanced: Requires specialized coolant (+$500/month operating cost)

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