Excision (GYF97) HSS-PM, Only One 2Flute Coated Ball Nose End Mill, Short Length, Flat Shank

(GYF97) HSS-PM, Only One 2-flute Coated Ball Nose End Mill, Short Length, Flat Shank is an HSS, 2-flute geometry, 30° helix end mill for profiling, contoured surfaces and radius-bottom features. The range keeps the cutter geometry and size information close to each selectable option.

Product details

The YG-1 GYF97 series Only One PM60 Powder Metal Cutter has 2 flutes and a weldon shank. These slot drills range in diameter from 1mm-25mm and have a ball nosed end. They provide excellent performance on stainless steels, pre-hardened steels, carbon steels, alloy steels and cast iron. Ideal for applications where carbide is too brittle, but HSS wears too fast.

• ASP60 Powder Metal substrate gives similar cutting performance and wear resistance to general carbide cutters.
• YG-1's own high performance 'Y1200' coating allows for machining up to 1200°C.
• The most cost effective milling cutters from YG-1 in unstable machining conditions.
• Exceptional tool life and performance on CNC, NC and conventional milling machines in general machining.
• Wide range of geometries including chamfer preps, coarse & fine pitch roughers and multiple helix.
• Available on weldon shanks.
• Excellent performance in roughing applications.
• The perfect replacement to coated carbide where problems such as tool chipping occurs.

Specifications

Why choose it

• Specified features include HSS, 2-flute geometry, 30° helix, ball-nose profile.
• Dimensions and geometry are presented together to make tool selection faster.
• Available in 17 options so the required size or configuration can be selected without changing product family.

Choose the right option

Choose by mill diameter, shank diameter, length of cut and overall length, then confirm the exact part number for the required cutter.

17 options are available in this product family. Use the selector to choose the required mill diameter, shank diameter, length of cut and overall length; each option remains tied to its exact part number.