As a professional Reamers Manufacturer, Hiboo Tools specializes in producing high-precision Straight Shank Reamers and Solid Carbide Reamers for industries requiring ultra-tight tolerances and superior surface finishes. Our reamers are engineered for durability and accuracy in processing materials ranging from stainless steel and cast iron to composites and non-ferrous metals. We also offer fully Custom Reamers tailored to unique specifications, including dimensions, coatings, and shank types.

Our  Advantages:

Exceptional Precision: Ideal for achieving high-accuracy hole sizing and finishing in automotive, aerospace, and medical applications.

Extended Tool Life: Made from solid carbide and advanced coatings for enhanced wear resistance and longer service life.

Customization Flexibility: OEM/ODM services available to meet specialized requirements and application needs.

FAQ

1:How long is the lifespan of a reamer?

Material and Coating: Reamers using carbide or high-performance coatings are generally more durable than ordinary high-speed steel reamers.

Machining Conditions: Such as the hardness of the material being machined, cutting speed, feed rate, etc. Excessive cutting speed and excessive feed rate will accelerate reamer wear.

Maintenance and Care: Timely cleaning of the tool and avoiding excessive chip buildup can extend the reamer's lifespan.

Typically, a reamer can be used for hundreds to thousands of parts under normal conditions; the specific lifespan depends on the specific machining process and materials.

2:What is the difference between a reamer and a drill bit?

Although both reamers and drills are cutting tools, their uses and designs differ:

Uses: Drills are used for initial hole drilling, while reamers are used for finishing, polishing, or enlarging existing holes.

Shape and Cutting Method: Drills generally have one or two main cutting edges, while reamers have multiple cutting edges, and their design is more suitable for precision machining.

Precision Requirements: Reamers typically offer higher precision than drills, making them suitable for holes requiring higher diameters and surface finishes.

3:How to Choose the Right Reamer?

If high hole diameter accuracy or good surface finish is required, a high-precision reamer (such as a coated reamer or a carbide reamer) is more suitable.

Different materials have different requirements for reamers. When machining materials with higher hardness, a tool with higher hardness should be selected.