FANAR grooving cutter POGLEBIACZ DIN 335-D 90×50 HSS F

FANAR POGLEBIACZ DIN 335-D 90×50 HSS F is a grooving cutter made from high-speed steel and produced to DIN 335‑D profile dimensions. The tool has a 90×50 mm profile size and is intended for cutting grooves, slots and recesses in ferrous materials on milling machines and machining centers. Its HSS composition provides a balance of hardness and toughness for general metalworking operations where a standardized grooving geometry is required.

Advantages

The cutter's DIN 335‑D profile ensures dimensional compatibility with fixtures and other tooling designed to the same standard. High-speed steel construction offers good wear resistance and impact strength for interrupted cuts and batch machining. The 90×50 profile gives a wide cutting face suitable for medium-depth grooving tasks while maintaining stability in milling and machining center setups.

Suitable for

• Creating grooves and slots in ferrous metals
• Recessing and profiling operations on milling machines
• Use in machining centers for production and repair work
• Applications requiring standardized DIN 335‑D grooving geometry

Key specifications

• Material: High-speed steel (HSS)
• Profile dimensions: 90 × 50 mm (DIN 335‑D geometry)
• Intended workpiece type: Ferrous materials
• Typical use: Grooving, slotting, recessing
• Machine compatibility: Milling machines and machining centers

How to use

Mount the grooving cutter in a suitable arbor or holder that secures the DIN 335‑D profile and ensures concentricity. Set up the milling machine or machining center with appropriate spindle speed and feed for the specific ferrous material and HSS tooling; use coolant or cutting fluid as required to reduce heat and prolong tool life. Make progressive passes to achieve the final groove depth, monitoring tool wear and surface finish. Ensure safe clamping of the workpiece and use appropriate chip evacuation to prevent built-up edge or clogging in the groove.

Usage recommendations

For best results, select cutting parameters matched to the workpiece alloy and thickness: lower speeds and higher feed per tooth for alloy steels, moderate coolant flow to control temperature, and periodic inspection of the cutter for flank wear. When producing critical dimension grooves, perform finishing passes at reduced depth of cut to ensure accurate geometry and surface quality.