Thanksgiving Deal 2.330mm Precision Carbide Straight Shank Reamer 85% Off - Today Only [pto0AhbG]

Thanksgiving Deal 2.330mm Precision Carbide Straight Shank Reamer 85% Off - Today Only [pto0AhbG]

Introducing the Thanksgiving Deal 2.330mm Precision Carbide Straight Shank Reamer 85% Off - Today Only [pto0AhbG], a high-quality tool designed for precision machining. This reamer is engineered to deliver exceptional performance in various metalworking applications. With its advanced carbide material and precise tolerances, it ensures accurate and reliable results every time.

Key Features and Specifications

The Thanksgiving Deal 2.330mm Precision Carbide Straight Shank Reamer 85% Off - Today Only [pto0AhbG] boasts several notable features that set it apart from other reamers in the market. First, it is made from intermediate precision carbide (K10), which provides excellent wear resistance and durability. The left-hand spiral flute and right-hand cutting design mimic the DIN 212 B standard, ensuring compatibility with a wide range of cutting conditions. With six flutes, this reamer offers efficient chip evacuation and smooth cutting action. Additionally, the H4 tolerance ensures precise dimensions and tight fits.

Applications and Benefits

Whether you are working on aerospace, automotive, or general engineering projects, the Thanksgiving Deal 2.330mm Precision Carbide Straight Shank Reamer 85% Off - Today Only [pto0AhbG] is an invaluable tool. Its precise and reliable performance makes it ideal for reaming holes with tight tolerances and high surface finish requirements. The reamer's overall length of 49mm, flute length of 12mm, and reach of 31mm provide ample working space for a variety of applications. The following list highlights some of the key benefits of this reamer:

Superior Precision: Achieve precise hole sizes and tight tolerances with ease.

Wear Resistance: The carbide material ensures long-lasting performance and reduced downtime.

Efficient Chip Evacuation: The six flutes facilitate smooth cutting and efficient chip evacuation.