Alvord-Polk 10277 NAS897-A-0.1650-S .1650 Dia Straight Flute HSS Chucking Reamer

# Cutting Tools ## Overview Introducing the **Alvord-Polk 10277 NAS897-A-0.1650-S .1650 Dia Straight Flute HSS Chucking Reamer**, a premium precision cutting tool designed for high-performance applications in aerospace and industrial sectors. Manufactured by Alvord-Polk Tool, a leader in cutting tool innovation since 1881, this chucking reamer offers exceptional precision and quality, making it an essential addition to your toolset. ## Key Features • **Material:** Constructed from high-speed steel (HSS) for superior hardness and durability, ensuring a long tool life. • **Diameter:** Precision engineered with a diameter of .1650 inches, ideal for creating accurate holes. • **Design:** Straight flute design allows for efficient chip removal and improved cutting performance. • **Application Standards:** Complies with NAS897 aerospace standards, making it suitable for critical applications in aerospace manufacturing. • **Versatility:** Perfect for use in a variety of materials, including metals and composites, ensuring maximum flexibility in your machining operations. ## Applications • **Aerospace Industry:** Specifically designed for aerospace applications, ensuring adherence to strict industry standards for precision and quality. • **Industrial Manufacturing:** Suitable for general manufacturing and machining tasks requiring high accuracy and reliability. • **Custom Tooling:** Ideal for custom machining setups where precision reaming is required. ## Benefits • **Enhanced Precision:** Achieve tight tolerances and superior surface finishes, crucial for aerospace components. • **Increased Durability:** High-speed steel construction and advanced manufacturing techniques result in a longer-lasting tool, reducing downtime and replacement costs. • **Efficient Performance:** The straight flute design improves chip removal efficiency, leading to faster machining cycles and reduced wear on the tool. --- *Product information compiled with AI assistance for reference purposes.*