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diameter of the cutter, i.e. to the maximal depth of
cut (it is equal to the insert radius) and the maximal
cutting edge angle.

But if the cutter mills under the maximal depth,
the chip is thinner; and therefore the programmed
feed should be increased correspondingly in order
to produce the chips of required thickness. The
same situation is observed in ball-nose milling
tools, and explains why FF cutters run so fast.

ISCAR offers a wide variety of fast feed milling
families that represent different classes of
indexable tools, solid carbide endmills and solid
carbide interchangeable heads with Multi-Master
threaded connections. This guide is intended for
quick selection of the most suitable fast milling
tool for a specific application depending on the
material to be machined, the type of operation
(like milling plane, pocket etc.), machining stock,
and others.

2

3
4

1

Twisted Shape Unique Insert Shape
High Rake Angle

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