Micro 100 QPF-160500X Profiling Tool - Axial Profiling - Quick Change, .176" Min Bore Dia, 1/2" Max Bore Depth, .030" Proj, .0663" Offset, .008" Corner Rad, 3/16" Shank Dia, 1-1/2" OAL, AlTiN

.The MICRO 100 QPF-160500X AlTiN - Aluminum Titanium Nitride coated, solid carbide, boring and profiling tool for utilization in the Micro-Quik Change Tooling System. Designed and engineered for most machining applications that require boring and/or profiling. Tool design allows for clearance while machining in a 45° cone. Tools can be utilized for both roughing and finishing. This tool features 2 unique clearance angles, 50° and 60° which helps improve better chip evacuation. Manufactured with close tolerances to ensure ultimate precision and performance. AlTiN coatings are high performance and versatile. Has a higher breakdown temperature while maintaining high surface hardness at elevated temperatures. This type of coating also promotes tool life and allows for faster feeds and speeds. Excellent for dry machining applications. Applicable with oxidation temperatures up to 800° C or 1450° F. AlTiN coatings are best suited for alloy steels, stainless steels, tool steels, nickel alloys and titanium. The Micro-Quik Tooling System provides maximum centerline repeatability within plus or minus 0.0005" from tool to tool. When all of this systems components are used together, this unique system reduces machine setup, downtime, tooling costs, and tooling inventories all while boosting productivity. MICRO 100 Solid Carbide Tools feature more than just a micro-grain of excellent quality. Their substrate is in class of its own resulting from exclusive treating processes that allow increased speed and feed rates. For over 45 years, MICRO 100 is a known industry leader and internationally acclaimed when it comes to solid carbide tooling.
.Designed for both radial and axial profiling
.Unique design maximizes tool versitilty and part feature creation
.Polished split face for improved edge retention and chip evacuation while reducing galling
.Split geometry makes the tool as rigid as possible
.Coolant fed enabled shank design