Pafana NNWB 1010 S20 NOZ TOK.ISO 9 R — cutting insert holder, ISO 9 compatible

Pafana NNWB 1010 S20 NOZ TOK.ISO 9 R is a cutting insert holder designed to accept ISO 9 format inserts for turning and light milling tasks. The holder provides a rigid mounting interface that positions ISO 9 inserts with the correct orientation and clamping force needed for stable metalcutting operations in workshop and industrial machining environments.

Advantages

The design offers a compact and robust body that maintains insert alignment under cutting loads, reducing vibration and helping to preserve cutting edge life. Compatibility with ISO 9 geometry ensures interchangeability with a wide range of standard inserts. The clamping arrangement permits quick insert changes and consistent repeatability, which supports efficient setup and predictable machining results.

Suitable for

• External turning of steel and non-ferrous metals
• Light shoulder and profile finishing
• Short-run production and workshop repair work
• Applications requiring ISO 9 insert interchangeability

Key specifications

• Insert format compatibility: ISO 9 geometry
• Mounting style: single-insert clamping holder for right-hand use
• Body material: hardened tool-grade steel (factory treated for rigidity)
• Usable for turning operations and light milling or profiling
• Compact shank dimensions suitable for small to medium toolposts

How to use

Install the holder into a compatible toolpost or turret that accepts the shank size. Place an ISO 9 insert into the pocket ensuring the cutting edge orientation matches right-hand operation, then tighten the clamp to the specified torque recommended by the machine or tooling guidelines. Set cutting parameters according to workpiece material and insert grade, and perform a trial cut to verify setup and clearances before full production.

Usage recommendations

Use inserts rated for the workpiece material and select appropriate speeds and feeds to avoid premature wear. Inspect the clamping surfaces and insert seat for chips or damage before each insert change to maintain repeatable accuracy.