Pafana NNWA 3232 S20 NOZ TOK.ISO 8 R — turning tool holder ISO 3232, right-hand

Pafana NNWA 3232 S20 NOZ TOK.ISO 8 R is a right-hand turning tool holder built to ISO 3232 interface dimensions. Designed for use on CNC and manual lathes, this holder secures indexable or solid turning inserts for external turning, facing and profiling operations. The holder’s geometry and clamping arrangement correspond to ISO 3232 standards, enabling compatibility with inserts and tool posts that follow the same interface.

Advantages

The right-hand orientation provides predictable cutting direction and chip flow for standard turning setups. Manufactured with rigid construction to maintain insert position under cutting loads, the holder offers stable cutting performance and repeatable tool positioning. Its ISO 3232-compliant form factor simplifies tool changeover and integration in systems that rely on standardized toolholder dimensions.

Suitable for

• External turning on CNC and manual lathes
• Facing and profiling operations
• Applications requiring ISO 3232 tooling interface and right-hand cutting
• Use with indexable or appropriately sized solid inserts

Key specifications

• Holder orientation: right-hand
• Interface standard: ISO 3232 dimensions
• Shank cross-section and size: designed to match ISO 3232 form
• Suitable for: indexable inserts or compatible solid inserts
• Typical applications: external turning, facing, profiling

How to use

Secure the tool holder in the lathe turret or toolpost according to the machine manufacturer’s clamping recommendations, ensuring proper alignment and rigid fixation. Fit a compatible insert into the holder and tighten the clamping screw to the torque value specified by the insert or holder manufacturer. Set cutting parameters—speed, feed and depth of cut—based on material, insert grade and tool projection to achieve stable cutting conditions.

Usage recommendations

Inspect the holder and insert clamping surfaces before each use to ensure cleanliness and absence of damage. Use correct insert geometry and grade for the workpiece material, maintain recommended clamping torque, and minimize unsupported overhang to reduce vibration and extend tool life.