Ingersoll NanoFeed Indexable Insert for Small Parts
The 20-degree, high-feed indexable insert design can replace smaller diameter solid carbide end mills in many applications and is said to reduce cycle times, increase productivity and help reduce solid carbide usage.
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Hwacheon Machinery America, Inc.
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Autodesk, Inc.
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The inserts are designed with pressed-in coolant channels, directing coolant or air directly to the cutting edge for maximizing tool life. Photo Credit: Ingersoll
Ingersoll’s NanoFeed technology is said to provide high-feed milling performance for machining of miniature components and small part features. This 20-degree, high-feed indexable insert design can replace small-diameter solid carbide end mills in many applications to offer greater economy, the company says.
Inserts have been designed with pressed-in coolant channels, directing coolant or air directly to the cutting edge for maximizing tool life. Inserts also have backdraft side clearance for straight-wall milling capability. Available in diameters of 6 mm and 8 mm with steel or carbide shank options, NanoFeed is said to reduce cycle times, increase productivity and help reduce solid carbide usage.
