Use one wheel for buffing and the other wheel for occasional tool cleaning, sharpening, and touch-up work.

Use with lapping sticks and smoothing and polishing stones. Also known as profilers.

These bonnets won’t leave swirl marks or scratches when polishing waxed surfaces.

A uniform density helps distribute abrasive grains evenly throughout these felt wheels for a more consistent surface polish.

Long, soft cotton strings conform to irregular surfaces and hold on to burring compounds longer than other wheels.

Loose layers of cloth conform to curves and contours.

Holes in the hub allow air to flow through so the wheel stays cool and compound lasts longer. Also known as airway buffs.

Use these rigid wheels to remove gouges and scratches from metal workpieces.

Made from alternating strips of cotton and sisal, these wheels remove less material, leave fewer scratches, and conform better to curves and contours than flat-surface wheels. Also known as finger-style buffs.

Loose layers of cloth conform to curves and contours. Also known as jewelers’ buffs.

The abrasive is already embedded in these nylon mesh wheels so you don’t need messy polishing compounds.

The wheel flares out as it spins for use on depressions and curved surfaces.

Made of loose layers of cotton.

Remove minor scratches, scuffs, cloudy surfaces, and hard water etching from glass or plastic.

The silicon carbide abrasive cuts quickly with light pressure.

Polish small areas and hard-to-reach spots. Use in a drill or grinder for bits and burs.

Each of these sets comes with four differently shaped stones.

Strong and wear-resistant, these thin bonded-ceramic stones have some give when pressure is applied.

The abrasive is specially treated for use on high-grade mold steels such as P-20, H-13, and 420 stainless steel.

Embedded with silicone carbide for use on steel.

Precisely size the hone to your cylinder in micrometer increments.

Lap without the mess of pastes and slurries—abrasive is embedded in the surface of this waterproof film.

Often used to polish optics such as mirrors and lenses.

These assortments come with one can of smooth-finish paste and one can of extra-smooth-finish paste.

Produce a level, scratch-free surface.

An additive makes this paste stick to your workpiece, so it's good for lapping curves and contours. It thins during use for even application and easy cleanup.

Diamond cuts more quickly, lasts longer, and leaves a finer finish than other lapping compounds.

Choose between a set of six water-soluble pastes or a set of six oil-soluble pastes.

The grains break down during use so they function first as an abrasive and then as a polish.

Remove tarnish, oxidation, and light scratches from parts with fine detail or engraving.

Often used as the final step after other media, this type of media is also good for use on fragile parts and won't contaminate nonferrous materials.

Use for heavy deburring and blending grind lines.

This nonabrasive media leaves a very shiny surface.

Finish and polish metals without producing dust.

Automate sanding on your line by attaching these sanders to a robot arm. Compared to sanders operated by humans, these apply the same force and pattern for a more consistent and repeatable finish.

The two halves of this attachment have spikes to sandwich the pad and keep it from slipping off center.

Polish hard floors to a high-gloss finish with this burnisher that operates at 1,500 rpm.

Scrub, strip, buff, and polish floors. These buffer/scrubbers are suitable for wet and dry applications on hard floors and carpet.

Draws grease and oil deep into the fibers so it cleans without streaking or spreading dirt. Use damp for best results.

Dry, polish, and clean without streaking or smearing.