End Mills - Parallel Shank

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Short Description

End Mills with Parallel Shank are versatile cutting tools designed for a wide range of milling operations, including slotting, profiling, pocketing, contouring, and side milling. Equipped with cutting edges on both the end face and the periphery, these tools enable material removal in multiple directions, making them suitable for machining complex geometries and intricate component features.


The parallel shank design ensures secure clamping in collets and tool holders, providing stable performance across CNC machining centres and conventional milling machines. End Mills are extensively used in tool rooms, die and mould manufacturing, automotive engineering, aerospace, and precision component production.

  • Material: High-Speed Steel (HSS) / Solid Carbide / other material options available
  • Product Type: End Mill – Parallel Shank
  • Shank Type: Parallel Shank
  • Cutting Type: End and Peripheral Cutting
  • Flute Configuration: 2, 3, 4, or multiple flutes depending on application
  • Diameter Range: Standard and customised sizes available
  • Helix Angle: Standard and variable helix options available
  • Application: Slot milling, profile milling, pocket milling, and contour machining
  • Standards: Manufactured as per applicable DIN, ISO, and industrial specifications

Key Features

  • Parallel shank design for secure and accurate tool holding
  • Cutting edges on the end face and circumference
  • Suitable for slotting, profiling, pocketing, and contour milling
  • Delivers smooth cutting action and controlled chip removal
  • Available in multiple diameters, flute designs, and cutting lengths
  • Suitable for roughing, semi-finishing, and finishing operations
  • Compatible with CNC and conventional milling machines
  • Designed for machining a wide range of engineering materials

Applications of End Mills – Parallel Shank

  • Slot milling
  • Pocket machining
  • Profile milling
  • Contour machining
  • Die and mould manufacturing
  • Tool room operations
  • Automotive component production
  • Aerospace machining
  • General engineering
  • CNC machining applications

Advantages of End Mills – Parallel Shank

  • Performs multiple milling operations with a single tool
  • Produces clean profiles and smooth machined surfaces
  • Supports efficient chip evacuation during cutting
  • Suitable for machining intricate component features
  • Available in various flute designs for different applications
  • Delivers reliable performance across diverse machining operations

Why Choose Genuine Enterprises?

Genuine Enterprises supplies End Mills with Parallel Shank for industries requiring dependable tooling for general and specialized milling applications. As an end mill supplier in India, we offer cutting tools designed to support consistent machining performance across manufacturing, tool room, and engineering environments.

Our product range is backed by dependable availability, responsive customer support, and a commitment to meeting diverse industrial requirements. As one of the preferred end mill dealers in India, we help customers source quality milling tools that contribute to efficient production and reliable machining outcomes.

1. What are End Mills – Parallel Shank used for?

They are used for slotting, pocketing, contouring, profiling, side milling, and other general milling operations on CNC and conventional milling machines.

2. What is the advantage of a parallel shank end mill?

The parallel shank provides secure clamping in collets and tool holders, ensuring stable machining and consistent cutting performance.

3. How many flutes should an end mill have?

The number of flutes depends on the application and workpiece material. Two-flute end mills are preferred for better chip evacuation, while three and four-flute end mills offer greater rigidity and improved surface finish.

4. Which materials can be machined using End Mills – Parallel Shank?

They are suitable for machining carbon steel, alloy steel, stainless steel, cast iron, aluminium, brass, copper, and other engineering materials depending on the cutter material and machining conditions.

5. How do I choose the right End Mill?

Selection depends on the machining operation, workpiece material, cutter diameter, flute configuration, cutting depth, machine capability, and the required surface finish.

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