Cutting Milling Cutter Wapienica FP110-0100-0041 Ø100 mm, 1.0 mm, Z100, d22, HSS

Wapienica Cutting Milling Cutter FP110-0100-0041 is a circular saw–type milling tool with a 100 mm diameter and a 1.0 mm cutting width. Constructed from high-speed steel (HSS) and fitted with 100 teeth, this cutter is intended for precise cutting and slotting operations in light metalworking and woodworking environments. The tool is designed to run on high-speed spindles and to be mounted on systems that accept a 22 mm arbor, enabling integration into automated tool-change setups and bench machines.

Advantages

The HSS construction offers good wear resistance and retains cutting performance at elevated spindle speeds typical for thin-kerf milling. A high tooth count (Z100) produces fine, consistent cuts with reduced vibration and smoother surface finish compared with coarse-tooth cutters. The narrow 1.0 mm kerf minimises material waste and reduces cutting forces, which helps when machining thin sheets or creating narrow slots. The 22 mm bore provides compatibility with common arbor systems used in industrial and hobbyist equipment.

Suitable for

• Precision slotting and narrow-width cuts in non-ferrous metals and wood
• High-speed spindle operations on CNC routers and milling machines
• Applications requiring thin kerf to minimise material removal and heat generation
• Tool-change systems and fixtures using a 22 mm arbor

Key specifications

• Diameter: 100 mm
• Kerf (cutting width): 1.0 mm
• Number of teeth: 100
• Bore diameter (arbor): 22 mm
• Material: High-speed steel (HSS)

How to use

Install the cutter on a compliant 22 mm arbor and secure according to the machine manufacturer's instructions. Verify spindle speed limits and select a feed rate appropriate for the workpiece material and the cutter's high tooth count—typically higher spindle speeds with moderate feed per tooth produce best results. Use appropriate clamping and support for thin or narrow workpieces to prevent chatter and movement. Coolant or air blast may be used as required by the material to clear chips and control temperature.

Usage recommendations

For optimal life and surface finish, match spindle speed and feed to the workpiece material, avoid excessive axial load, and inspect teeth periodically for wear or damage. When cutting ferrous materials, monitor heat buildup; consider intermittent cutting or additional cooling if sustained high temperatures occur.