Shank Diameter: Ø3.2mm
Wheel Diameter: Ø29.5mm
Width: 5mm
Grit: 120
This Mini Flap Wheel is the ultimate precision tool for those who need a delicate touch in the narrowest of spaces. Featuring a 29.5mm diameter and a slim 5.0mm profile, this wheel is specifically designed to slide into thin slots, grooves, and tight recesses that standard-width wheels simply cannot reach. Its slender design makes it a favorite for jewelers, model makers, and precision machinists.
The 120 grit abrasive provides a medium-fine finish, striking the perfect balance between effective material removal and surface refinement. It is ideal for light deburring, cleaning up small solder joints, or removing surface discoloration without altering the underlying geometry of your workpiece. Whether you are working on metal, wood, or delicate composites, this grit ensures a smooth, uniform result that requires minimal follow-up polishing.
Equipped with a standard 3.2mm (1/8') shank, this tool is ready to go with your Dremel or any high-speed rotary tool. The shank is manufactured to high tolerances to ensure smooth rotation at high speeds, reducing hand fatigue and allowing for extreme accuracy during intricate tasks. Its compact size doesn't sacrifice performance, providing steady control for both flat and curved surfaces.
The wheel's unique construction features high-quality abrasive flaps arranged in a radial pattern around a central core. As you work, these flaps flex to adapt to the workpiece's shape, providing a soft, forgiving cut that prevents over-sanding. The self-sharpening nature of the flaps ensures that as the top layer wears away, fresh abrasive is exposed, maintaining a consistent cut rate throughout the life of the tool.
Application:
- Max RPM: 35 000 RPM
- Sign-making, modelling, crafting, and fine woodworking.
- Hardwood: 15 000 - 20 000 RPM
- Softwood: 15 000 - 20 000 RPM
- Aluminium: 15 000 RPM
- Brass: 15 000 RPM
- Copper: 15 000 RPM
- Plastic: 10 000 - 20 000 RPM
- Steel: 10 000 - 25 000 RPM
- Contractor
- Fabrication
- Woodworking
- DIY
