Cutting Milling Cutter Wapienica FP110-0125-0010 Ø125 mm, 2.0 mm, Z128A, d22, HSS

Wapienica FP110-0125-0010 cutting milling cutter is a circular high-speed steel (HSS) toothed blade with a 125 mm diameter and a 22 mm center bore. With a 2.0 mm kerf thickness and 128 teeth configured as Z128A, this tool is designed for precision cutting and high-quality edge finish in metalworking and industrial machining applications. The construction and tooth count prioritise fine chip removal and consistent cutting performance at appropriate spindle speeds.

Advantages

The HSS material offers good hardness and wear resistance for a wide range of ferrous and non-ferrous metals, while the high tooth count (128) enables smooth cuts and reduced vibration. A 2.0 mm kerf provides a balance between material removal and minimal waste, and the 22 mm bore ensures compatibility with many common arbors and mounting systems. The cutter’s design supports repeatable accuracy and a uniform cut profile across the blade circumference.

Suitable for

• Fine radial cutting and milling of sheet and thin-section metal parts
• Industrial machining operations requiring consistent edge finish
• Applications where precise kerf control and low material loss are important
• Use with compatible arbors on stationary milling or cutting machines

Key specifications

• Diameter: 125 mm
• Kerf thickness: 2.0 mm
• Number of teeth: 128 (Z128A tooth configuration)
• Bore diameter: 22 mm
• Material: High-speed steel (HSS)

How to use

Mount the cutter securely on a compatible arbor with a 22 mm shaft, following the machine manufacturer’s instructions for correct flange support and clamping. Select appropriate spindle speed and feed rates for HSS tooling and the specific workpiece material to avoid overheating and excessive wear. Use steady, even feeds and ensure workpiece support to maintain a consistent cut line. Regularly inspect the cutter for wear or damage and replace it when tooth wear compromises cut quality.

Usage recommendations

Use coolant or appropriate chip removal methods when cutting harder alloys to extend tool life. Match spindle speed and feed to material type and thickness, and verify mounting runout to ensure accurate cutting performance.