Boring Tool, Bore Dia. .050 In, D .400 in Micro 100 BB-050400G

Description

TiN coatings are defined as general purpose coating. This tool is manufactured with a 0.003" nose radius and the cutter diameter tolerance is +0.000" to -0.002" ensuring precision and performance. Most effective on materials that do not generate excessive and extreme heating while machining. Designed and engineered for most machining applications that require boring/turning. Applicable with oxidation temperatures up to 550 C or 1050 F. MICRO 100 Solid Carbide Tools feature more than just a micro-grain of quality their substrate is in a class of its own resulting from exclusive treating processes that allow for vastly 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. Higher speeds and feeds, increased tool life and proven performance can be expected when machining ferrous type materials. MICRO 100 Solid Carbide Tools feature more than just a micro-grain of excellent quality their substrate is in a class of its own resulting from exclusive treating processes that allow for vastly increased speed and feed rates. Tools can be utilized for both roughing and finishing. This tool is manufactured with a 0.003" nose radius and the cutter diameter tolerance is +0.000" to -0.002" ensuring ultimate precision and performance.

Key Features

• This tool is manufactured with a 0.003" nose radius and the cutter diameter tolerance is +0.000" to -0.002" ensuring precision and performance.
• Higher speeds and feeds, increased tool life and proven performance can be expected when machining ferrous type materials.
• TiN coatings are defined as general purpose coating.
• Tools can be utilized for both roughing and finishing.
• Designed and engineered for most machining applications that require boring/turning.
• MICRO 100 Solid Carbide Tools feature more than just a micro-grain of quality their substrate is in a class of its own resulting from exclusive treating processes that allow for vastly increased speed and feed rates.