The carbide reamers (HM) with a cylindrical shank, equipped with central and internal cooling, are precision tools designed for high-accuracy hole machining, ensuring excellent results in terms of roundness and surface finish. Made with K20 micrograin, a particularly resistant type of carbide, these reamers are ideal for machining complex materials such as alloyed and high-alloy steels, as well as titanium alloys.

The use of carbide reamers on machine tools such as lathes, milling machines, or machining centers allows for successful operations on difficult materials, improving productivity and the quality of the finished product. Thanks to internal cooling, the coolant flows through the tool body, making it particularly effective in the machining of blind and non-through holes, where it facilitates chip evacuation and reduces the risk of overheating. This feature helps to maintain the reamer's performance and prolong its life, ensuring greater precision in the machining of complex holes.

These tools are also particularly effective in mass production on automatic machines, where speed and efficiency are crucial. They are suitable for working on a wide range of materials, including low-alloy steels and light alloys, significantly increasing production speed without compromising quality.

The main application sectors for carbide reamers include the automotive industry, aerospace, the production of turned and milled components, mechanical workshops, and prototyping. Thanks to their high strength and precision, they are particularly suitable for applications where tight tolerances and high-quality finishes are essential.

Finally, to achieve the best performance from these reamers, it is recommended to use them on rigid machine tools with a stable clamping system. However, even on less robust automatic machines, carbide reamers ensure good machining quality, making them versatile and indispensable tools in multiple production contexts.

• Main target users:

  • Professionals and companies in the precision mechanical machining sector.
  • Automotive and aerospace industries requiring tight tolerances and high-quality finishes.
  • Mechanical workshops specialized in the production of turned and milled components.
  • Prototyping laboratories where precision is essential.

• Compatible machine tool types:

  • Lathes, milling machines, and high-precision machining centers.
  • Automatic machine tools used in mass production.
  • Even on less robust machine tools, reamers ensure good machining quality.

• Specific applications:

  • Machining of blind and non-through holes with high precision.
  • Operations on complex materials such as alloyed and high-alloy steels, as well as titanium alloys.
  • Series production where speed and efficiency must not compromise quality.

• Advantages of internal cooling:

  • Better coolant management, flowing through the tool body.
  • Effective chip evacuation, reducing the risk of overheating and improving tool life.
  • Maintains high performance and ensures precision even in the most complex machining operations.

• Workable materials:

  • Ideal for alloyed and high-alloy steels.
  • Effective on titanium alloys and other difficult-to-machine materials.
  • Also suitable for light alloys and low-alloy steels.

• Application sectors:

  • Automotive industry.
  • Aerospace sector.
  • Production of precision mechanical components.
  • Mechanical workshops and prototyping laboratories.

Choose UTENSILERIA OSSOLANA carbide reamers with internal cooling to achieve maximum precision and durability in your machining operations, improving productivity and the quality of your products on any machine tool. Don't settle for less: invest in the quality that makes the difference!