Socket Reamers with Parallel Shank

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Short Description

Socket Reamers with Parallel Shank are designed for applications where a drilled or bored hole needs final sizing, improved geometry, and a smoother internal finish before assembly. These reamers are used to remove minor imperfections from existing holes, helping achieve the accurate fit required for socket components and precision assemblies.


The parallel shank design provides compatibility with commonly used machine holders and allows stable tool engagement during operation. With accurately formed cutting edges and controlled material removal, these reamers help maintain uniform hole dimensions across repeated machining processes, making them suitable for tool rooms, component manufacturers, and engineering workshops.

  • Material: High-Speed Steel (HSS) / other material options available
  • Product Type: Socket Reamers with Parallel Shank
  • Shank Type: Parallel Shank
  • Flute Type: Straight Flute / Spiral Flute based on application
  • Cutting Direction: Right-Hand Cutting
  • Diameter Range: Standard metric and imperial sizes available
  • Application: Socket hole sizing and finishing
  • Surface Finish: Bright Finish, Black Oxide, or other protective finishes
  • Standards: Manufactured as per applicable DIN, ISO, and industrial standards

Key Features

  • Parallel shank design for secure mounting in suitable holders
  • Developed for accurate finishing of socket holes
  • Precision-ground cutting edges for consistent cutting action
  • Maintains uniform hole diameter and surface quality
  • Removes minor inaccuracies from pre-machined holes
  • Suitable for manual and machine-assisted reaming operations
  • Available in different sizes to suit component requirements
  • Designed for repeated machining applications

Applications of Socket Reamers with Parallel Shank

  • Precision socket hole finishing
  • Automotive component machining
  • Engineering component production
  • Tool room applications
  • Machine assembly work
  • Maintenance and repair operations
  • Fabrication workshops
  • Industrial equipment manufacturing
  • General machining applications

Advantages of Socket Reamers with Parallel Shank

  • Achieves accurate hole dimensions for proper component fit
  • Produces cleaner and smoother internal finishes
  • Helps maintain consistency in repeated production work
  • Reduces fitting issues caused by uneven hole surfaces
  • Supports close tolerance machining requirements
  • Provides controlled finishing after drilling operations

Why Choose Genuine Enterprises?

Genuine Enterprises supplies Socket Reamers with Parallel Shank for machining applications where accurate hole finishing and dependable tool performance are essential. As a socket reamers supplier in India, we understand that selecting the right reamer specification directly affects component fit, assembly accuracy, and machining consistency.

 

We assist customers in sourcing suitable cutting tools based on application requirements, material considerations, and machining conditions. With a focus on product reliability, availability, and responsive support, we help businesses maintain efficient machining operations with tools suited to their processes.

1. What are Socket Reamers with Parallel Shank used for?

Socket Reamers with Parallel Shank are used for finishing existing socket holes to achieve accurate dimensions, better roundness, and improved surface finish after drilling or boring.

2. Why should a reamer be used after drilling?

Drilling creates a hole, but it may leave dimensional variations and surface irregularities. A reamer removes a small amount of material to achieve a more accurate size and smoother finish.

3. What advantage does a parallel shank provide?

A parallel shank allows secure mounting in compatible holders, helping maintain proper alignment and stability during the reaming process.

4. Can these reamers be used for different metals?

Yes, they are suitable for machining various engineering materials, including carbon steel, alloy steel, stainless steel, cast iron, and aluminium, depending on the tool specification.

5. How is the correct socket reamer selected?

The selection depends on the required hole diameter, tolerance level, workpiece material, machining setup, and the finish required for the final application.

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