Micro 100 RAD-15 Brazed Tool Bit, RAD, 4.5 in L, 3/4 in W

Description

Ideal for use on Chucker type manual machines. MICRO 100 Brazed type 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. The MICRO 100 RAD-15 Right-hand, uncoated, square shank, brazed tool with a concave radius geometry, High quality with a carbide tip brazed onto a hardened tool steel shank. The MICRO 100 RAD-15 Right-hand, uncoated, square shank, brazed tool with a concave radius geometry, with a carbide tip brazed onto a hardened tool steel shank. For over 45 years, MICRO 100 is a known industry leader and internationally acclaimed when it comes to solid carbide tooling. MICRO 100 Brazed type 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. Carbide brazed tooling typically has longer tool life than high speed steel tools and are more resistant to wear allowing for better performance in long production runs. Designed and engineered or turning, plunging and forming.

Key Features

• MICRO 100 Brazed type 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.
• Carbide brazed tooling typically has longer tool life than high speed steel tools and are more resistant to wear allowing for better performance in long production runs.
• The MICRO 100 RAD-15 Right-hand, uncoated, square shank, brazed tool with a concave radius geometry, with a carbide tip brazed onto a hardened tool steel shank.
• Ideal for use on Chucker type manual machines.
• Designed and engineered or turning, plunging and forming.