Micro 100 IT-4901500 Threading Tool

Description

Designed and engineered with a single point that produces a thread on a cone or cylinder. Widely used in CNC lathes and engine type lathes because the single point process tracks the spindle and tool position. Chips are removed from the work piece with each pass of the tool as it linearly moves across the part. Each tool's cutting edge/tip has a distinctive mirror like finish that significantly adds to material removal while improving surface finishes. Ideal for threading in small diameters. 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. Each tool's cutting edge/tip has a distinctive mirror like finish that significantly adds to material removal while improving surface finishes. MICRO 100 Solid Carbide Tools feature more than just a micro-grain of quality. Ideal for threading in small diameters. For over 45 years, MICRO 100 is a known industry leader and internationally acclaimed when it comes to solid carbide tooling. Their substrate is in a class of its own resulting from exclusive treating processes that allow for vastly increased speed and feed rates. Chips are removed from the work piece with each pass of the tool as it linearly moves across the part.

Key Features

• Chips are removed from the work piece with each pass of the tool as it linearly moves across the part.
• Their substrate is in a class of its own resulting from exclusive treating processes that allow for vastly increased speed and feed rates.
• Designed and engineered with a single point that produces a thread on a cone or cylinder.
• MICRO 100 Solid Carbide Tools feature more than just a micro-grain of quality.
• Each tool's cutting edge/tip has a distinctive mirror like finish that significantly adds to material removal while improving surface finishes.
• Widely used in CNC lathes and engine type lathes because the single point process tracks the spindle and tool position.