MZG Tools
Thread Milling Cutters Background

Thread Milling Cutters

Precision thread milling cutters designed for efficient and accurate thread production in a wide range of materials and thread specifications.

About Thread Milling Cutters

MZG Tool Group's thread milling cutters are precision-engineered tools designed for creating internal and external threads through a milling process. Unlike traditional tapping, thread milling offers greater flexibility, reduced risk of tool breakage, and the ability to produce threads in hardened materials.

Our thread milling cutters feature optimized geometries and premium coatings to ensure precise thread profiles, extended tool life, and superior surface finishes. The thread milling process allows for the production of threads in a wide range of materials, from aluminum to hardened steels and exotic alloys.

All MZG thread milling cutters are manufactured to precise tolerances and undergo rigorous quality control to ensure exceptional performance and reliability. Our technical experts are available to help you select the right thread milling solution for your specific application.

Advantages

  • Reduced risk of tool breakage
  • One tool for multiple thread sizes
  • Ability to thread hardened materials
  • Better thread quality and surface finish
  • Left and right-hand threads with same tool
  • Ideal for low-volume, high-mix production
Single Profile Thread Mill - M8-M16

Single Profile Thread Mill - M8-M16

Single profile thread mill for internal and external metric threads M8-M16

Thread Size: M8-M16
Thread Type: Metric
Diameter: 8mm
Coating: TiAlN
Series: SP Series
Multi-Profile Thread Mill - 1/4"-3/4" UNC/UNF

Multi-Profile Thread Mill - 1/4"-3/4" UNC/UNF

Multi-profile thread mill for internal and external unified threads

Thread Size: 1/4"-3/4"
Thread Type: UNC/UNF
Diameter: 10mm
Coating: TiCN
Series: MP Series
Helical Thread Mill - M20-M36

Helical Thread Mill - M20-M36

Helical thread mill for large metric threads with high efficiency

Thread Size: M20-M36
Thread Type: Metric
Diameter: 16mm
Coating: AlTiN
Series: HT Series
NPT Thread Mill - 1/8"-1" NPT

NPT Thread Mill - 1/8"-1" NPT

Specialized thread mill for tapered pipe threads

Thread Size: 1/8"-1"
Thread Type: NPT/NPTF
Diameter: 12mm
Coating: TiN
Series: PT Series
Form Thread Mill - M3-M12

Form Thread Mill - M3-M12

Form thread mill for precise thread profiles in hardened materials

Thread Size: M3-M12
Thread Type: Metric
Diameter: 6mm
Coating: AlTiN
Series: FT Series
Universal Thread Mill - Multiple Thread Types

Universal Thread Mill - Multiple Thread Types

Universal thread mill capable of producing multiple thread types and sizes

Thread Size: Various
Thread Type: Multiple
Diameter: 10mm
Coating: TiCN
Series: UT Series

Technical Information

Thread Milling Cutter Types

  • Single Profile: For specific thread size and pitch
  • Multi-Profile: For range of thread sizes with same pitch
  • Helical: For large diameter threads with high efficiency
  • Form: For specialized thread profiles
  • Universal: For multiple thread types and sizes

Thread Standards

  • Metric (M): M1 to M68
  • Unified (UN/UNC/UNF): #0 to 2"
  • Pipe Threads (NPT/NPTF/G): 1/16" to 2"
  • Trapezoidal (Tr): Tr8 to Tr60
  • Whitworth (BSW/BSF): 1/16" to 2"
  • Custom thread profiles available upon request

Material Compatibility

  • Aluminum and non-ferrous alloys
  • Steel (low to high carbon)
  • Stainless steel
  • Cast iron
  • Hardened materials (up to 65 HRC)
  • Titanium and exotic alloys
  • Composites and plastics

Thread Milling Parameters

Proper thread milling parameters are essential for optimal results. MZG provides comprehensive cutting data recommendations for each thread milling cutter, including cutting speeds, feed rates, and programming guidance.

Thread Milling vs. Tapping

FeatureThread MillingTapping
Tool Breakage RiskLow - tool can be easily retractedHigh - especially in blind holes
Thread Size FlexibilityOne tool for multiple sizesOne tap per thread size
Hardened MaterialsExcellent capabilityLimited capability
Thread DirectionBoth left and right-hand with same toolRequires specific tap for each direction
Chip EvacuationExcellent - small chipsChallenging in deep holes
Thread QualityHigh precision and surface finishGood for standard applications
Programming ComplexityHigher - requires helical interpolationLower - linear movement

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