All-in-one Ceratizit Muc.20,20.h7.dl.45°.klg12.sw16 Pdc Multichange - Reaming Head, For Thro' Holes 4024520200 (0744013) Flash Sale: 35% Off [7EJa0nGA]

Ceratizit MUC.20,20.H7.DL.45°.KLG12.SW16 PDC MultiChange Reaming Head

The Ceratizit MUC.20,20.H7.DL.45°.KLG12.SW16 PDC MultiChange Reaming Head is a cutting-edge tool designed for precision machining. This high-quality reaming head is engineered to deliver exceptional performance and durability, making it an ideal choice for professionals seeking the best in tooling technology. Its innovative PDC (Polycrystalline Diamond Compact) coating ensures superior cutting efficiency and longevity, reducing tool wear and improving productivity. The MultiChange feature allows for quick and easy tool changes, further enhancing efficiency on the shop floor.

Key Product Properties and Specifications

The Ceratizit MUC.20,20.H7.DL.45°.KLG12.SW16 PDC MultiChange Reaming Head boasts a range of impressive properties and specifications. With a cutting diameter of 0.7953" (20.200 mm) and a nominal size of 12, this tool is designed for precision reaming in thro' holes. Its cutting edge length of 0.4724" (12.000 mm) and protruding length of 1.0236" (26.000 mm) provide excellent control and stability during operation. The tool features 6 peripheral effective cutting edges and a drive size of 0.6299" (16.000 mm), ensuring optimal performance across various materials. The maximum torque rating of 20 Nm guarantees robust performance even under demanding conditions.

Practical Applications and Target Audience

The Ceratizit MUC.20,20.H7.DL.45°.KLG12.SW16 PDC MultiChange Reaming Head is a versatile tool suitable for a wide range of applications. Whether you are working on aluminum, steel, or other materials, this reaming head delivers reliable and consistent results. Its advanced features and high-quality construction make it an excellent choice for manufacturers, engineers, and machinists who demand precision and efficiency. By investing in this top-of-the-line reaming head, you can expect improved productivity, reduced downtime, and enhanced overall performance in your machining operations.