The new carbide endmill
AquaREVO Mills were born in AquaREVO Series
that material、 design、 coating are completely all renewed
The new carbide base material for endmill with
both hardness and toughness
Adoption of unequally spaced blades and variable leads
Suppress chatter vibration and realize stable and highly efficient machining
REVO-M coat with high heat resistance
and thermal shock resistance demonstrates
excellent durability in dry and wet processing
Compatible with a wide range of materials
from Structural steel to Stainless steel and Hardened steel
There are two types of cutting edge shape for carbide end mills: gashland and sharp corner.
The cutting edge corner of the end mill is driven in from four sides of the helix angle. the rake angle. the radial relief angle. and axial relief angle. resulting in a smaller blade angle. Chipping of the corners is likely to occur for machining with large vibrations and impacts. such as high depth of cut. high feed. and grooving. As a countermeasure. when grooving the bottom blade (gash). the strength of the cutting edge may be increased by putting the rake face of the bottom blade to the outer peripheral corners. That's "Gashland (G type)". However. when the gashland is attached. the cutting edge corner moves backward from the outer diameter direction. in a strict sense. corner remains on the machined surface. Use a Sharp corner (S type) end mill to remove the rest of the corner (pin angle).
Copyright © 2025 Nachi-fujikoshi corp. All Rights Reserved.
Copyright © 2025 Nachi-fujikoshi corp. All Rights Reserved.