High-performance Type C (5 x d) solid carbide end mill designed for difficult materials like stainless steel and titanium
MFR #: 2.CMC42.C1Z4.350.1
A&M #: 6690051
Mikron
UNSPSC #: 23171603
$174.00 / EACH
Typically ships within 7-10 days.

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Manufacturer : Mikron
Brand Name : Mikron
Coating : eXedur SNP (TiAlN-based)
Cooling : Through-tool cooling
Corner Radius : 1.38E-2 in
Country Of Origin : CH
Package Description : 1/EA
Product Status : Active
- Integrated Through-Tool Cooling: Patented cooling channels within the shank deliver a massive, constant flow of coolant directly to the cutting edges. This ensures maximum heat dissipation and instant chip flushing, even at high speeds [10, 11].
- Z4 Geometry for Superior Surface Quality: The 4-flute design with a 42° helix angle provides exceptional stability and a smooth cutting action. This results in surface finishes comparable to grinding, significantly reducing the need for secondary polishing operations [10, 11].
- Innovative Chip-Splitting Concept: Engineered with specialized geometry to break chips into small, uniform pieces. This prevents chip nesting and ensures reliable evacuation during deep-hole and pocket milling [10, 11].
- eXedur SNP Coating: This advanced TiAlN-based coating is optimized for extreme thermal stability and oxidation resistance. It provides a hard, low-friction surface that prevents material adhesion and extends tool life up to 5x compared to conventional cutters [11, 14].
- Extended Reach (5 x d): The "Type C" configuration provides a maximum milling depth of 17.50 mm, allowing for high-precision machining in deep cavities without sacrificing rigidity [11, 12].
- Primary Application Materials: 1) Stainless Steels: (e.g., 304, 316L, 17-4 PH), 2) Titanium Alloys: (e.g., Ti-6Al-4V), 3) Super Alloys: (e.g., Inconel, Hastelloy), and 4) CrCo Alloys: (Cobalt-Chrome)
- The 2.CMC42.C1Z4.350.1 is a specialized solid carbide end mill from the CrazyMill Cool Z4 series, designed for high-precision finishing and pre-machining in challenging materials. This Type C tool offers an extended reach of 5 x d, making it the ideal choice for deep-wall milling, complex pockets, and intricate geometries in stainless steel, titanium, and superalloys [10, 11].

