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Milling Cutter
  • TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill
  • TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill
  • TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill
  • TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill
  • TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill
  • TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill
TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill
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TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill

  • 10 - 49 Pieces
    $13
  • >= 50 Pieces
    $12.57
View product details

TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Face Milling: 5-flute carbide construction enables high-speed, high-precision machining of complex geometries, ideal for demanding industrial applications.
  • Indexable Inserts: N1103 inserts allow rapid replacement, reducing downtime and extending tool life in continuous production.
  • Right Angle Shoulder Design: Facilitates simultaneous shoulder and face milling, ensuring clean edges and efficient multi-axis operations.

Key features

  • 1. Advanced Material Technology

    • With carbide material and 45-55 HRC hardness, you can achieve exceptional durability and precision in high-stress machining applications. ~20% longer tool life than high-speed steel tools*

  • 2. Innovative Interactive Design

    • With the right angle shoulder and indexable N1103 inserts, you can perform precise shoulder milling and reduce downtime by enabling quick insert replacement. ~30% faster insert swaps compared to solid carbide tools*

  • 3. Enhanced Performance Parameters

    • With 5 flutes, you can achieve superior material removal rates and smoother surface finishes for demanding materials. ~15% improved surface finish quality versus 2-flute designs*

Product details

TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill

The TP Right Angle Shoulder Indexable End Milling Cutter with N1103 Inserts Face Mill is a precision-engineered tool designed for high-stress machining applications. Featuring a carbide body and 5 flutes, it delivers exceptional durability and cutting performance for materials up to 55 HRC. Its right-angle shoulder design ensures accurate edge finishing, while the indexable inserts reduce downtime by enabling quick replacement.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialCarbide (N1103 inserts)High hardness materials (up to 55 HRC)
Flutes5 flutesSmooth, chip-free cutting in heavy-duty operations
Hardness Rating45–55 HRCAerospace, automotive, and industrial machining
DesignRight-angle shoulder, face millPrecision finishing and slotting in CNC machines

Customization guide

Adjustable mounting holes and cutouts allow customization for specific tool geometries or auxiliary components (e.g., sensors, coolant systems). The flutes and insert angles can be modified to suit unique material thicknesses or machining speeds.

Get inspired

With its carbide construction and 5-flute design, this end mill excels in demanding environments. Ideal for applications requiring both precision and durability, such as machining turbine blades or engine blocks.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Flute Count5 flutes5 flutes (optimized)5 flutes (premium)
Max. HRC50 HRC55 HRC60 HRC*
Coolant ThroughOptionalStandardHigh-pressure option
Surface FinishSmoothUltra-smoothMirror-like

Supplier's note

  1. Technical Breakthroughs:

    • Carbide N1103 Inserts: Triple the wear resistance of standard carbide, enabling longer tool life in high-HRC materials.
    • Right-Angle Shoulder Design: Reduces deflection by 20% compared to traditional end mills, ensuring precise edge finishing.
    • 5-Flute Geometry: Delivers 15% faster material removal rates than 4-flute models while maintaining surface quality.

  2. Optimal Version Selection:

    • Base Model: Ideal for general workshops machining up to 50 HRC materials (e.g., steel brackets).
    • Advanced Model: Suitable for automotive and aerospace applications requiring 55 HRC performance (e.g., titanium alloys).
    • Pro Model: Designed for extreme scenarios like hardened tool steel (60 HRC) or high-precision medical components. With its high-pressure coolant feature, it prevents thermal deformation during prolonged cutting.

Frequently asked questions

  • Which TP Right Angle Shoulder Indexable End Milling Cutter is best for high-hardness materials up to 55 HRC?

  • How do I clean and maintain the N1103 inserts on this face mill for longevity?

  • Why is carbide better than HSS for this end mill’s cutting edges?

  • Can the N1103 inserts be replaced with other types for different materials?

  • What’s the maximum material hardness this end mill can handle?

  • Is this end mill suitable for aerospace alloys requiring a smooth finish?

  • What makes the right angle shoulder design effective for milling?

  • Why does this end mill use 5 flutes instead of 2 or 4?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Flute CountHigh-speed machining, smooth surface finish5 flutes (ISO 13399) vs Industry Standard: 2–4 flutes ▲▲▲ (33% more flutes)Reduces vibration, improves surface finish (Ra ≤ 1.6 µm)Requires precise toolholding; higher cost due to complex geometry
Hardness (HRC)Machining hardened steels (HRC 50+)45–55 HRC (ASTM E18) vs Industry Base: 40–50 HRC ▲▲ (20% higher hardness)Longer tool life in tough materials (e.g., stainless steel, titanium alloys)Less flexibility for softer materials like aluminum or plastics
Material CompositionHigh-precision machining environmentsCarbide (ISO 13399 compliant) vs Industry Base: HSS ▲▲▲ (3x wear resistance)Superior durability and heat resistance (operates up to 1,000°C)Brittle compared to HSS; prone to chipping if misapplied
Insert TypeHigh-volume productionIndexable N1103 inserts vs Solid carbide ▲ (50% downtime reduction)Cost-effective for large batches; inserts can be resharpened/replacedRequires proper alignment and clamping force for stability
Coolant CompatibilityHigh-heat applications (aerospace)Advanced: Coolant-through-spindle vs Industry Standard: No coolant ▲▲▲Reduces thermal deformation; extends tool life by 40% (ISO 3685 tests)Requires compatible spindle setup; adds complexity to coolant management
Tool Geometry (Edge Prep)Complex contouring operationsOptimized edge prep (0.1mm tolerance) vs Industry: 0.2mm ▲▲ (50% tighter)Precision in tight tolerances (e.g., aerospace turbine blades)Limited to specific geometries; may reduce versatility in multi-tasking setups

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