Parallel Hand Reamers

+91-8777212335

Short Description

Achieving accurate hole dimensions and a smooth surface finish requires tools that can remove minimal material while maintaining precise control. Parallel Hand Reamers are precision finishing tools designed to enlarge and refine existing holes to achieve accurate sizing, improved roundness, and better surface quality. Their straight flute design allows controlled manual operation, making them suitable for finishing applications where precision fit and alignment are essential.


Manufactured for reliability and consistent performance, these reamers are widely used in tool rooms, maintenance workshops, machine shops, and engineering applications where accurate hole finishing is required.

  • Material: High-Speed Steel (HSS) / other material options available
  • Product Type: Parallel Hand Reamer
  • Flute Type: Straight Flute
  • Shank Type: Straight Shank with square drive end
  • Cutting Direction: Right-Hand Cutting
  • Diameter Range: Standard metric and imperial sizes available
  • Finish: Bright Finish, Black Oxide, or other surface treatments
  • Standards: Manufactured as per applicable DIN, ISO, and industrial standards

Key Features

  • Designed for precise hand finishing of drilled holes
  • Straight flute geometry for controlled cutting action
  • Produces accurate hole dimensions and improved surface finish
  • Suitable for low-speed manual reaming operations
  • Precision-ground cutting edges for consistent performance
  • Provides smooth material removal with minimal stock allowance
  • Available in multiple diameters for varied applications
  • Suitable for maintenance and precision engineering work

Applications of Parallel Hand Reamers

  • Precision hole finishing
  • Tool room operations
  • Maintenance and repair work
  • Machine component fitting
  • Automotive component assembly
  • General engineering applications
  • Fabrication workshops
  • Die and mould work
  • Prototype development
  • Manual machining operations

Advantages of Parallel Hand Reamers

  • Delivers accurate hole sizing and alignment
  • Improves surface finish of existing holes
  • Allows controlled manual finishing operations
  • Suitable for fitting applications requiring close tolerances
  • Reduces the need for additional machining processes
  • Provides reliable performance across various engineering applications

Why Choose Genuine Enterprises?

Precision finishing operations require tools that deliver accuracy, consistency, and dependable performance. Genuine Enterprises offers a quality range of Parallel Hand Reamers designed to support machine shops, tool rooms, manufacturers, and engineering professionals requiring accurate hole finishing solutions.

 

As a parallel hand reamers supplier in India, we focus on providing reliable cutting tools supported by dependable product availability, responsive customer service, and timely deliveries. Our goal is to help customers source precision tooling solutions that improve machining accuracy, component fitment, and overall operational efficiency.

1. What are Parallel Hand Reamers used for?

Parallel Hand Reamers are used for finishing and accurately sizing existing holes after drilling, helping achieve better dimensional accuracy and surface finish.

2. Can Parallel Hand Reamers create new holes?

No. Reamers are designed for finishing and enlarging existing holes. A drilled or partially machined hole is required before the reaming process.

3. Which materials can Parallel Hand Reamers be used on?

They are suitable for materials such as carbon steel, alloy steel, stainless steel, aluminium, brass, and other engineering materials depending on the reamer specification and application.

4. What is the difference between drilling and reaming?

Drilling creates an initial hole, while reaming removes a small amount of material from an existing hole to improve accuracy, roundness, and surface finish.

5. How do I select the right Parallel Hand Reamer?

Selection depends on the required hole diameter, workpiece material, tolerance requirements, machining method, and application conditions.

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