OSCARBIDE 1" by 5-27/32" Indexable End Mill, R8 Shank,90°, 2 Flutes,1" Cutting Dia, 5-27/32" Length, AP16 Nickel Plated, 2pcs APKT1604 Carbide Inserts

OSCARBIDE 1" by 5-27/32" Indexable End Mill, R8 Shank,90°, 2 Flutes,1" Cutting Dia, 5-27/32" Length, AP16 Nickel Plated, 2pcs APKT1604 Carbide Inserts

Carbide Indexable End Mills: R8 shank, 1" cutting diameter, 5-27/32" overall length. Designed for high-performance milling applications. Positive Rake Design: 90° right-hand cut with a positive rake angle, ensuring smooth cutting action and reduced cutting forces. Enhanced Rigidity: Optimized for maximum rigidity, providing stability and precision during slotting and peripheral milling operations. Versatile Applications: Ideal for slotting, peripheral milling, and other heavy-duty milling tasks on a variety of materials. 2 Flutes with Carbide Inserts: Equipped with 2 APKT160408 carbide inserts for superior durability and cutting performance. Our Carbide Indexable End Mills are designed for superior efficiency and durability in demanding milling applications. With an R8 shank, 1" cutting diameter, and overall length of 5-27/32", these tools are ideal for precision machining tasks.Key Features:1. Positive Rake Geometry: The 90° right-hand cut with positive rake design ensures smooth cutting action, reducing cutting forces and improving chip evacuation.2. Maximum Rigidity: Engineered for maximum rigidity, these end mills provide exceptional stability and precision during slotting and peripheral milling operations.3. Versatile Applications: Ideal for slotting, peripheral milling, and other heavy-duty milling tasks on a variety of materials, including steel, stainless steel, and aluminum alloys.4. 2 Flutes with Carbide Inserts: Equipped with 2 APKT160408 carbide inserts, these end mills offer superior durability and cutting performance. The AP16 coating further enhances tool life and efficiency.5. Easy Indexing: When a cutting edge becomes dull, simply rotate the insert to expose a fresh edge, maximizing tool life and minimizing downtime.