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ACME Threading Inserts Metal Lathe Cutting Tools

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Threading & Multi-Operation Machining: Designed for high-precision threading in metal lathes, enabling efficient material removal in turning, milling, and drilling operations.
  • Enhanced Durability via Advanced Coatings: Equipped with TiAlN and tin coatings, providing superior heat resistance, corrosion protection, and extended tool life in demanding machining environments.

Key features

  • 1. Advanced Material Technology

  • With a tungsten carbide core and TiAlN coating, achieve exceptional hardness and heat resistance for prolonged tool life. The gold-plated surface further enhances corrosion resistance and reduces friction during high-intensity machining. ~30% longer lifespan than uncoated tools* [*Disclaimer: Based on internal testing; actual results may vary].

  • 2. Multi-Edge Interactive Design

  • With a triangular shape featuring three sharp cutting edges, reduce tool changes and downtime by up to 50%* during operations. The center hole ensures secure mounting in lathes and milling machines for precise, consistent performance.

  • 3. High-Performance Cutting Capacity

  • With thermal conductivity optimized by tungsten carbide, maintain precision at speeds up to 1,500 RPM*, even when machining tough alloys. The tin coating minimizes wear, ensuring sharpness across extended use.

  • 4. Versatile Scenario Solutions

  • Designed for threading, turning, and milling, this insert adapts seamlessly to both small-batch production and high-volume manufacturing. Its triangular geometry ensures efficient material removal in tight spaces.

  • 5. Compliance with Industry Standards

  • Constructed with materials meeting ISO 52000-1 standards for cutting tool safety and performance, ensuring reliability in industrial and commercial applications.

Product details

ACME Threading Inserts Metal Lathe Cutting Tools

The ACME Threading Inserts are precision-engineered cutting tools designed for high-performance metal lathe operations. Crafted from a tungsten carbide (WC-Co) alloy core with diamond reinforcement, these inserts deliver exceptional hardness and thermal stability. Enhanced with TiAlN and tin coatings, they offer superior wear resistance, corrosion protection, and a smooth surface finish. Their triangular geometry and center hole design ensure adaptability across diverse machining setups.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialTungsten Carbide (WC-Co Alloy) + Diamond CoatingHigh-speed machining of hardened steels and alloys
CoatingTiAlN (wear-resistant) + Tin (corrosion barrier)Prolong tool life in corrosive or high-temperature environments
ShapeTriangular with three cutting edgesEfficient threading, turning, and milling operations
Center HoleStandard 7/8" diameterSecure mounting in CNC lathes and tool holders
Edge Retention20% higher than industry standardsPrecision machining of aerospace and automotive components

Customization guide

Adjustable parameters include:

  • Coating Thickness: Optimize TiAlN/tin ratios for specific corrosion or heat resistance needs.
  • Edge Angle: Modify from 30° to 45° to suit softer or harder materials.
  • Insert Size: Scale dimensions (e.g., 12mm to 18mm edge length) for small-batch or heavy-duty applications.

Get inspired

With the ACME Threading Inserts, manufacturers can achieve precise threading in titanium alloys or stainless steel, reduce downtime by 30% through extended tool life, and maintain surface finishes as low as 0.4 μm for aerospace-grade parts.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Edge Retention100% Standard+15%+30%*
Max Temperature800°C950°C1100°C
Surface Finish0.8 μm0.6 μm0.4 μm
Coating DurabilityTiAlNTiAlN + ZrNDiamond-enhanced

Supplier's note

  1. Technical Breakthroughs:

    • Diamond Coating: The Pro Model’s diamond-infused edge achieves 2x harder cutting surfaces than standard tungsten carbide, ideal for ultra-hard materials.
    • Thermal Stability: The Advanced Model’s ZrN coating maintains integrity at 950°C, outperforming competitors by 15%.
    • Customizable Edges: Base Model’s 30° angle reduces vibration in aluminum machining, while Pro’s 45° angle excels in hardened steel.
  2. Version Selection Guidance:

    • Base Model: Best for general workshops machining mild steel or aluminum. Its cost-effective design suits low-volume production.
    • Advanced Model: Recommended for high-speed CNC operations in automotive manufacturing. The ZrN coating ensures reliability in wet machining environments.
    • Pro Model: Tailored for aerospace and tooling industries. With triple the corrosion resistance of industry standards, it handles extreme conditions like titanium machining with ease.

*Pro Model’s edge retention exceeds ISO 23672 benchmarks by 30% under continuous operation.

Frequently asked questions

  • Which ACME threading insert model is best for high-precision aluminum machining?

  • How do I clean and maintain ACME threading inserts with gold plating?

  • Tungsten carbide vs diamond inserts: Which is better for hard metals?

  • Can ACME customize threading insert coatings for corrosive environments?

  • Is the ACME threading insert coating (TiAlN) ISO-certified?

  • Are ACME threading inserts compatible with CNC lathes?

  • How does the tungsten cobalt alloy improve ACME insert longevity?

  • Which ACME insert suits aerospace-grade alloys?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Coating TypeHigh-temperature machining in CNCIndustry: TiN (900°C); Our Base: TiAlN (1000°C); Our Advanced: TiAlCrN (1200°C ▲▲)
(ASTM E2304 thermal stability test)
Withstands extreme temps without oxidation; prolongs tool lifeAdvanced coating increases upfront cost by ~30%
Material CompositionHeavy-duty threading in hardened steelsIndustry: Tungsten carbide (HRA 89); Our Base: WC-Co 8% (HRA 91); Our Advanced: Diamond-coated (HRA 95 ▲▲)
(ISO 4920 hardness test)
Superior hardness for tough materials; reduces tool breakageDiamond coating may chip in abrasive environments
Thermal ResistanceContinuous machining without coolantIndustry: 900°C; Our Base: 1000°C; Our Advanced: 1200°C ▲▲
(ASTM E2304)
Maintains integrity in high-heat scenarios; reduces thermal distortionAdvanced versions require precision cooling to avoid cracking
Edge GeometryPrecision threading in aerospace alloysIndustry: 75° edge; Our Base: 60° (▲); Our Advanced: 45° (▲▲)
(ISO 13399 tool geometry standard)
Sharper edges minimize material distortion; improves surface accuracyAdvanced edges may require softer materials to prevent chipping
Surface FinishMedical components with ultra-smoothnessIndustry: Ra 1.6 µm; Our Base: Ra 0.8 µm (▲); Our Advanced: Ra 0.4 µm (▲▲)
(ISO 3274 surface finish standard)
Eliminates post-processing; reduces friction in critical applicationsAdvanced finish is more delicate and prone to micro-scratches
Tool LifeHigh-volume production runsIndustry: 30 mins; Our Base: 45 mins (▲); Our Advanced: 60 mins (▲▲)
(ISO 3685 tool life test)
Reduces downtime and tool changes; lowers long-term operational costsAdvanced tools may have higher initial cost compared to industry-standard tools

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