Wapienica milling cutter HSS FP110-0100-0014, diameter 100.0 mm, tooth height 1.0 mm, Z128A, bore 22 mm

Wapienica milling cutter HSS FP110-0100-0014 is a solid high-speed steel tool with a 100.0 mm cutting diameter and a 22 mm mounting bore. The cutter has a tooth height of 1.0 mm and Z128A tooth geometry designed for continuous cutting and efficient material removal. It is manufactured from HSS for wear resistance and toughness in a range of machining applications where high-speed steel properties are required.

Advantages

The solid HSS construction provides a balance of hardness and toughness, enabling reliable cutting performance and resistance to chipping. The 100.0 mm diameter and Z128A tooth configuration offer stable engagement with the workpiece and consistent surface finish during profile and face milling operations. A 22 mm bore allows mounting on common arbors for easy integration into tooling setups.

Suitable for

• Profile milling of medium to hard metals
• Face milling and planing operations
• Material removal and roughing passes where HSS is suitable
• Applications requiring a 22 mm arbor mount

Key specifications

• Cutting diameter: 100.0 mm
• Tooth height: 1.0 mm
• Tooth geometry/count: Z128A
• Material: high-speed steel (HSS)
• Bore diameter for mounting: 22 mm

How to use

Mount the milling cutter securely on a compatible arbor with a 22 mm shaft, ensuring proper runout and clamping torque according to the machine and arbor manufacturer’s guidelines. Select cutting speeds, feed rates and depth of cut appropriate for HSS tooling and the workpiece material. Use steady, supported fixtures to minimize vibration and maintain cutter life. Inspect the cutter before use for signs of wear or damage and replace when tooth wear affects machining quality.

Usage recommendations

For best results, employ recommended HSS cutting speeds, appropriate coolant or lubricant when machining metals prone to work hardening, and moderate depths of cut to reduce heat build-up. Monitor tooth condition and adjust feeds or speeds if surface finish or chip formation indicates suboptimal cutting conditions.