Micro milling cutter with material-specific geometries - CMC Micro

CrazyMill Cool Micro Square Z3/Z4 with through-shaft cooling is a new high-performance micro-endmill, for roughing and finishing operations. Discover it!
CrazyMill Cool Micro Square Z3/Z4 with through-shaft cooling is a new high-performance micro-endmill, developed by Mikron Tool for roughing and finishing operations, especially for difficult and very difficult-to-machine materials.
Two material-specific cutting-edge geometries are available: geometry S for stainless steels, structural steels, cast iron, non-ferrous metals and titanium alloys; geometry SX for heat-resistant alloys (e.g. Inconel, Monel, Nilo, Hastelloy) and CoCr alloys. This micro-endmill shows its strengths especially when side and slot milling and when milling with helical interpolation.
Available are two versions of square (small protection phase of 45°) micro-endmills with three or four flutes in the diameter range from 0.2 - 1.0 mm (.008“ - .039“) and for milling depths up to 3 x d and 5 x d.
CrazyMill Cool Micro - square micro-endmill with innovative cooling concept
CrazyMill Cool Micro, the carbide micro-endmill (endmill with 3 mm [.118“] - 4 mm [.157“] shaft), designed for roughing and finishing and with an innovative, patented cooling concept. The cooling lubricant is applied directly and extensively to the cutting edge, thereby allowing the heat to dissipate. The effect are higher cutting speeds and a significantly higher material removal rate. The result: 3 times shorter milling process.
The constant coolant jet ensures that the chips are continuously flushed out of the milling zone. This prevents them from being milled several times, which would damage the milling tool and the milled surface. The result: up to 2 times longer tool life and an excellent surface quality.
Material-specific cutting-edge geometries
Two specially adapted cutting-edge geometries have been developed for the machining of difficult materials, namely:
Cutting-edge geometry S: geometry with higher cutting performance for materials with a specific cutting force lower than 2250 N/mm2 (stainless steels, titanium alloys, structural steels, cast iron, non-ferrous metals).
Cutting-edge geometry SX: geometry with dedicated cutting-edge protection for materials with a specific cutting force greater than 2250 N/mm2 (heat-resistant alloys, Inconel, Monel, Nilo, Hastelloy) CoCr alloys).
These material-specific geometries cut the material so perfectly that burr formation is nearly avoided.
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[@Kiboz2000]

Such a great product and such a cool music

[@MyS10Rocks]

Damn fine tooling! Thanks for the video!

[@t6nu69EST]

Amazing tools!!

[@hinz1]

Oh snap ;-D