SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535

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SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535

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MOQ : 10 Pieces

SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535 Specification

Coating Type
None / Optional (TiN, TiAlN, etc.)

Hardness
Up to 92 HRA

Operate Method
Manual or CNC machine operation

Cutting Capacity
Suitable for alloy steel, cast iron, non-ferrous metals

Cutting Speed
High (depending on material & size)

Material
Solid Carbide

Length
Overall length 60 mm to 150 mm

Cutter Type
Reamer

Tool Type
Reamer

Cutting Force
Low, due to stable geometry

Coating
Uncoated / optional coating

Features
Precision ground, excellent wear resistance, high dimensional accuracy

Machine Type
Conventional and CNC Machines

Cutting Accuracy
H7 tolerance (typical)

Shape
Cylindrical

Drill Bits Types
Straight or Spiral fluted

Operation Type
Rotary Cutting

Diameter
3 mm to 20 mm (standard)

Maximum Torque
Depends on application and diameter

Processing Type
Finishing

Tolerance
Precision fit for engineering applications

Number of Flutes
4 to 8 (dependent on diameter)

Application
Finishing and precision reaming

Standard
DIN 6535

Cooling Method
With or without coolant

Usage
Used in toolroom, automation, and production environments

Shank Type
Cylindrical Shank

Flute Type
Straight or Helical

Surface Finish
Bright

Blade Size
Varies as per diameter (commonly 3mm - 20mm)

Reaming Direction
Right hand cut

SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535 Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Day

Delivery Time
1 Week

Main Domestic Market
All India

About SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535

CARBIDE REAMER / SOLID / UNIVERSAL / HIGH-PERFORMANCE

Description

KOMET DIHART is expanding its solid carbide reaming range with a completely overhauled universal reaming tool, available from stock in the main dimensions both with H7 tolerance and in 1/100 dimensions.

The combination of knowledge and experience gained with the previous product line has enabled us to systematically develop the cutting geometry and achieve incredibly high cutting performance in various different materials even those hardened up to HRC62. At the same time, the modified cutting edge pitch reduces chatter marks and improves chip formation. In addition to optimal cutting edge cooling, the targeted coolant also aids smooth evacuation of chips that are formed. A high-performance coating completes the new design, and can be used for various different materials, thus also contributing to longer tool life, as a result of significant improved wear resistance.
These characteristics and properties combine to create the kind of precision for which KOMET is known on the market, as well as its high standards of dimensional accuracy and surface finish quality.

Precision Reaming for Every Engineering Need

The SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535 delivers precise, high-quality finishing for demanding engineering applications. With diameters ranging from 3 mm to 20 mm and a choice of straight or spiral flutes, it achieves consistent H7 tolerance, making it suitable for critical fits in both manual and CNC settings. Solid carbide construction ensures excellent wear resistance, minimizing tool changes and maximizing productivity in toolrooms, automation, or production environments.

Versatile Performance and Compatibility

Engineered to suit a wide array of materialsincluding alloy steel, cast iron, and non-ferrous metalsthis reamer operates reliably under both coolant and dry conditions. Its compatibility spans across manual tools and advanced CNC machinery, with application in finishing and precision reaming. Optional coatings like TiN and TiAlN offer added performance, while the cylindrical shank per DIN 6535 standard facilitates secure, accurate clamping for stable reaming.

FAQs of SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535:

Q: How does the SOLID CARBIDE REAMER WITH CYLINDRICAL SHANK DIN 6535 achieve such high precision?

A: This reamer is manufactured from solid carbide, ensuring exceptional rigidity and dimensional stability. Its precision grinding, coupled with optimized geometry (straight or helical flutes), allows it to achieve tight tolerances like H7, crucial for engineering fits requiring high accuracy.

Q: What applications is this reamer best suited for?

A: The tool is ideal for finishing and precision reaming tasks in toolroom work, automated assembly lines, and high-volume production environments. It is especially effective for components needing superior surface finish and accurately sized holes, such as those made from alloy steels, cast iron, and non-ferrous metals.

Q: When should straight versus spiral flutes be used?

A: Straight flutes are generally recommended for reaming through holes and non-interrupted cuts in harder materials, while spiral flutes (helical) are preferable for blind holes and soft or ductile metals, as they aid chip evacuation and reduce cutting forces.

Q: Where can these reamers be used in terms of machinery?

A: They are compatible with both conventional and CNC machines, making them suitable for a wide spectrum of manufacturing environments across India, from small workshops to advanced automation facilities.

Q: What are the benefits of optional coatings on these reamers?

A: Optional coatings like TiN or TiAlN enhance tool life, increase resistance to wear and heat, and can improve performance in challenging materials or high-speed operations. Choosing the appropriate coating depends on the specific material being machined and application demands.

Q: How does the cooling method affect the reaming process?

A: These reamers can be operated with or without coolant. Using coolant improves tool life, chip removal, and surface finish, especially under high-speed or heavy-duty conditions. Dry cutting is suitable for certain materials or when coolant application is impractical.

Q: What is the main benefit of using a solid carbide reamer over other materials?

A: Solid carbide reamers offer superior hardness (up to 92 HRA), maintain sharp cutting edges longer, and allow higher cutting speeds, all contributing to increased productivity, lower cutting forces, and excellent dimensional reliability even under extended use.

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