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  • Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw
  • Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw
  • Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw
  • Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw
  • Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw
  • Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw
Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw

Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw

$5.30-$5.30/ Quarter|10 Quarter/Quarters(Min. Order)

Customization:

Customized logo(Min.Order: 5000 pieces)
Customized packaging(Min.Order: 5000 pieces)
Graphic customization(Min.Order: 5000 pieces)

Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Machining: Designed to create precise 90-degree grooves and square threads on steel ball screws, ensuring high accuracy in critical mechanical components.
  • CNC Compatibility: Equipped with a screw clamping system and CNC control integration, enabling automated, repeatable thread-cutting processes for industrial and workshop applications.
  • Durability & Performance: Carbide material combined with PVD coating delivers exceptional wear resistance and heat tolerance, ideal for heavy-duty metalworking tasks.

Key features

  • 1. Material Technology

  • With carbide and PVD-coated steel construction, ensure exceptional durability and resistance to wear in heavy-duty machining. ~30% longer lifespan than uncoated tools

  • 2. Interactive Design

  • With a screw clamping system and CNC precision control, achieve secure tool mounting and precise adjustments for consistent results. Faster setup compared to manual clamping systems

  • 3. Performance Parameters

  • The square shape and 90-degree groove design enable precise thread formation and 90-degree groove machining in steel workpieces. Ensures ±0.01mm accuracy in critical applications

  • 4. Scenario Solutions

  • Designed for ball screw applications, this insert ensures high-precision machining in industrial manufacturing environments requiring tight tolerances. Ideal for continuous operation in commercial CNC setups

  • 5. Certification Standards

  • Complies with ISO industrial machining standards for durability and precision, ensuring reliability in demanding applications. Certified for use in high-stress manufacturing processes

Product details

Precision Metal Turning CNC Lathe Machining 90degree groove Carbide Square Thread Inserts for Ball Screw

The Precision Metal Turning CNC Lathe Machining 90-degree groove Carbide Square Thread Inserts are engineered for high-precision thread cutting in steel components. Designed with a robust carbide-steel composite and a screw clamping system, these inserts ensure durability and stability during CNC machining. Their square shape and 90-degree groove profile optimize performance for ball screw production and internal threading applications.

Technical specifications

FeatureSpecificationApplication Scenario
Clamping SystemScrew-mountedSecure attachment to CNC lathes for stable machining
CoatingPVD (Physical Vapor Deposition)Enhanced wear resistance for prolonged tool life
Control ModeCNC-compatiblePrecision thread cutting in automated workflows
MaterialCarbide (cutting edge) + Steel (body)Withstands high-speed machining and thermal stress
ShapeSquare profile with 90° grooveAccurate threading for ball screws and steel components
TypeInternal/Thread Turning ToolIdeal for internal thread machining in tight spaces
Workpiece MaterialSteelOptimized for steel cutting in industrial machinery

Customization guide

Adjustable parameters include:

  • Groove Angle: Modify from 90° to suit custom thread profiles.
  • Insert Thickness: Tailor to balance rigidity and flexibility for varying material hardness.
  • Coating Type: PVD variants (e.g., titanium aluminum nitride) for specific corrosion/temperature needs.

Get inspired

With their carbide edge and CNC precision, these inserts deliver sharp, consistent threads even in high-volume production. Ideal for manufacturers of precision machinery, robotics, and automotive components requiring durable ball screw systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Cutting Speed60 m/min+15% (69 m/min)+30% (78 m/min)*
Tool Life300 min360 min (+20%)450 min (+50%)
Tolerance Precision±0.01 mm±0.005 mm±0.002 mm
Max. Workpiece Size100 mm diameter150 mm diameter200 mm diameter

Supplier's note

  1. Technical Breakthroughs:

    • PVD Coating: Reduces wear by 40% compared to uncoated tools, extending tool life.
    • Carbide-Steel Composite: Combines the hardness of carbide with steel’s structural strength for heavy-duty use.
    • CNC Compatibility: Pre-programmable geometry ensures zero human error in thread profiles.
  2. Version Selection Guidance:

    • Base Model: Suitable for small-to-medium workshops machining standard steel components (e.g., general machinery parts).
    • Advanced Model: Ideal for high-volume production lines requiring faster speeds (e.g., automotive assembly) without compromising precision.
    • Pro Model: Designed for aerospace and heavy industry applications where ultra-fine tolerances (e.g., satellite mechanisms) and large workpieces are critical.

With the Pro Model’s ±0.002 mm precision, you can achieve aerospace-grade threads for mission-critical components. The Advanced Model’s 69 m/min speed cuts production time by 15% compared to traditional inserts, while the Base Model balances cost and performance for routine tasks.

Frequently asked questions

  • Which model of CNC lathe inserts suits precision ball screw production?

  • How to maintain PVD-coated thread inserts for longevity?

  • Carbide vs. HSS: Which material is better for steel thread inserts?

  • Can these square thread inserts be customized for internal turning tasks?

  • Are these carbide inserts ISO-certified for CNC machining?

  • What advantages do square thread inserts offer for internal machining?

  • How do I clean the screw clamping system to prevent rust?

  • Are these inserts compatible with all CNC machining centers?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Clamping SystemHeavy-duty machiningIndustry: Set Screw (ISO 2196 compliant) ▲ Base: Screw Clamping (360° rotation) ▲▲ Advanced: Hydraulic (±0.001mm precision)Base: Easy adjustment; Advanced: Faster setupAdvanced: 20% higher cost vs Base
CoatingHigh-wear applicationsIndustry: TiN (1-2µm, standard wear resistance) ▲ Base: PVD (5-10µm, 40% longer life) ▲▲ Advanced: Multi-Layer PVD (15µm, 60% life)Base: Durable; Advanced: Extended tool lifeAdvanced: 30% cost increase
Control ModePrecision machiningIndustry: Manual (operator-dependent) ▲ Base: CNC (±0.005mm accuracy) ▲▲ Advanced: AI-Adaptive (±0.002mm)Base: Repeatability; Advanced: Self-optimizingAdvanced: Requires software integration
Material CompositionHigh-speed machiningIndustry: HSS Steel (HRC 62) ▲ Base: Carbide+Steel (HRC 88, 3x wear resistance) ▲▲ Advanced: Fully Carbide (HRC 92, 5x wear)Base: Durability; Advanced: Extreme wear resistanceAdvanced: Brittle at temperatures >600°C
Tool ShapePrecision thread cuttingIndustry: Round Tip (limited accuracy) ▲ Base: Square Profile (90° groove precision) ▲▲ Advanced: Custom Profile (±0.001° angle control)Base: Consistent thread form; Advanced: Complex geometriesAdvanced: Limited to specialized applications
Application TypeBall screw manufacturingIndustry: External Thread Tools ▲ Base: Internal Thread Turning ▲▲ Advanced: Multi-Axis Thread Forming (one-pass forming)Base: Handles confined spaces; Advanced: Eliminates secondary operationsAdvanced: Requires 5-axis CNC compatibility

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