Cutting Insert FANAR DIES M 6 DIN223

FANAR DIES M 6 DIN223 cutting insert is a replaceable threading and turning insert designed for metalworking tasks. Conforming to the DIN223 form factor, the insert provides standardized geometry for compatibility with toolholders made for this profile. It is intended for use in industrial machining, maintenance and repair operations where reliable thread generation and repeatable performance are required.

Advantages

The insert’s DIN223 profile ensures interchangeability with a range of compatible holders, simplifying inventory and replacement. Manufactured by FANAR to standard dimensions, it offers consistent cutting geometry and predictable tool behaviour. Its design is focused on providing stable thread form and uniform wear characteristics under typical machining conditions.

Suitable for

• Cutting and forming metric threads (M6) in various metals
• General turning and threading tasks in production and repair
• Use in compatible DIN223 toolholders for quick insert changes

Key specifications

• Standard: DIN223 form factor
• Thread size compatibility: M6
• Application: threading and turning in metalworking
• Compatibility: designed for holders that accept DIN223 inserts
• Typical material usage: suitable for common engineering metals (steel, stainless steel, cast iron) depending on cutter grade and cutting conditions

How to use

Install the FANAR DIES M 6 DIN223 insert into a matching DIN223-compatible threading or turning toolholder according to the holder manufacturer’s instructions. Ensure the insert seating surface and clamping mechanism are clean and undamaged before tightening to the recommended torque. Select cutting parameters (speed, feed, depth of cut) appropriate for the workpiece material and the insert’s cutting grade. Monitor thread quality and tool wear and replace the insert when cutting performance degrades.

Usage recommendations

Use recommended cutting fluids or coolants for the workpiece material to improve surface finish and extend insert life. For best results with M6 threading, verify toolholder alignment and machine spindle runout are within acceptable limits, and adjust feeds and speeds to match the chosen insert grade and material being machined.