+91 8777212335

info@genuineent.in

81, Netaji Subhas Road, 3rd Floor, Room No. 306,
Century Plaza, Kolkata-700001

+91 8777212335

info@genuineent.in

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Parallel-1

Parallel Shank Sublan Twist Drills

+91-8777212335

Short Description

Designed for precision drilling in demanding machining applications, Parallel Shank Subland Twist Drills feature a unique subland geometry that improves guidance during drilling and enhances hole accuracy. The parallel shank design ensures compatibility with a wide range of drilling machines, while the specialized flute profile promotes smooth chip evacuation and stable cutting performance. These drills are widely used in automotive manufacturing, precision engineering, die and mould making, machine building, and production machining, where accuracy and repeatability are critical.

  • Material: High-Speed Steel (HSS)
  • Type: Parallel Shank Subland Twist Drill
  • Shank Type: Parallel Shank
  • Point Angle: 118° or 135°, depending on the application
  • Diameter Range: Standard metric sizes available
  • Flute Type: Subland Spiral Flute
  • Surface Finish: Bright Finish, Black Oxide, Steam Tempered, TiN Coated, or other protective finishes
  • Standards: DIN, ISO, and other applicable industry standards

Key Features

  • Special subland design for improved drilling stability
  • Parallel shank for compatibility with standard drill chucks
  • Manufactured from premium High-Speed Steel (HSS)
  • Precision-ground flutes for efficient chip evacuation
  • Delivers accurate hole positioning and dimensional consistency
  • Suitable for continuous production applications
  • High wear resistance for extended tool life
  • Available in multiple diameters and specifications

Applications of Parallel Shank Subland Twist Drills

  • Precision drilling
  • Automotive component manufacturing
  • Die and mould making
  • Machine building
  • Tool rooms
  • CNC machining
  • General engineering
  • Production machining
  • Industrial maintenance
  • Metal fabrication

Advantages of Parallel Shank Subland Twist Drills

  • Improves hole accuracy and concentricity
  • Delivers stable drilling performance
  • Promotes efficient chip evacuation
  • Reduces vibration during machining
  • Suitable for repetitive production applications
  • Provides long and reliable tool life

Why Choose Genuine Enterprises?

Precision drilling demands cutting tools that deliver consistent results across every production cycle. Genuine Enterprises offers a dependable range of Parallel Shank Subland Twist Drills designed to meet the needs of manufacturers, machine shops, and engineering industries requiring accurate and efficient drilling solutions.

 

As a parallel shank subland twist drills supplier in India, we provide quality cutting tools backed by dependable product availability, responsive customer support, and timely deliveries. Our focus is on helping customers source reliable tooling solutions that contribute to efficient and productive machining operations.

1. What are Parallel Shank Subland Twist Drills used for?

Parallel Shank Subland Twist Drills are used for precision drilling applications where improved hole accuracy, stability, and repeatability are required.

2. What is the advantage of a subland twist drill?

The subland geometry provides better guidance during drilling, helping improve hole accuracy, reduce vibration, and enhance overall machining performance.

3. Which materials can Parallel Shank Subland Twist Drills machine?

These drills are suitable for machining carbon steel, alloy steel, stainless steel, cast iron, aluminium, and other engineering materials, depending on the drill specification.

4. Which machines are compatible with Parallel Shank Subland Twist Drills?

They are suitable for CNC machining centres, pillar drills, conventional drilling machines, and other equipment designed for parallel shank tooling.

5. How do I choose the right Parallel Shank Subland Twist Drill?

The appropriate drill should be selected based on the workpiece material, hole diameter, drilling depth, machine compatibility, and machining conditions to achieve optimum drilling performance.

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