The 232-04.25 UTENSILERIA OSSOLANA is an advanced machine reamer designed specifically for high precision applications where functionality and versatility are essential. This reamer features a customizable centesimal diameter that ranges from 4.25 mm to 4.91 mm, making it ideal for tasks that require utmost accuracy and where the quality of the finished product is paramount.

One of the standout features of this tool is its cylindrical shank design, which facilitates easy insertion and removal on a variety of machine tools. This compatibility ensures that the reamer can be utilized in different working environments without any hassle, catering to the needs of operators across various machining scenarios.

The extended length of the reamer tip allows it to reach greater drilling depths compared to standard tools, without compromising stability or precision. This quality is particularly advantageous for machining complex mechanical parts or operating in restricted workspaces, where standard-length tools may struggle to access certain areas.

Constructed from high-quality materials, the 232-04.25 reamer is engineered for durability and wear resistance. It can tackle a wide range of materials, including steel and aluminum, without experiencing significant performance degradation over time. This ensures that operators can rely on the tool for consistent and reliable results throughout its lifespan.

The reamer is equipped with a long series, cylindrical coated Futura nano shank, which enhances both durability and cutting performance. This coating not only contributes to the reamer's longevity but also improves its ability to maintain sharp cutting edges, leading to more efficient machining processes and superior finish quality.

The specifications of the 232-04.25 UTENSILERIA OSSOLANA reamer can be summarized in the following table:

Overall, the 232-04.25 UTENSILERIA OSSOLANA machine reamer stands out as a reliable and efficient tool that meets the demands of modern machining tasks, ensuring high precision and quality in every application.