Diamax Cyclone Mini-Polishing Drum Sleeve & Adapter
The Diamax Cyclone Mini-Polishing Drum Sleeve & Adapter is a professional-grade wet polishing tool designed to provide initial shaping and aggressive material removal on natural and engineered stone surfaces including granite, marble, quartz, and other dense stones. Its compact ¾″ diameter design allows stone fabricators, installers, and restoration professionals to reach tight, recessed, or intricate areas that larger polishing pads or wheels cannot access, such as sink cut-outs, inside corners, narrow edge profiles, and radius refinements.
Equipped with a 50-grit resin surface, the sleeve is engineered for fast, controlled stock removal, making it ideal for the early stages of the polishing workflow. The coarse grit provides the perfect balance between aggressive shaping and surface protection, enabling users to even out rough spots, remove saw marks, and refine edges without compromising delicate stone details.
The integrated adapter features dual threading — ½″ gas male and 5/8″-11 female — ensuring compatibility with handheld angle grinders, air polishers, and CNC or water-fed polishing machines, giving professionals flexibility across a variety of work environments.
Designed for wet-only applications, the drum sleeve uses water to cool the tool, minimize dust, control slurry, and extend the life of the resin bond. This ensures consistent polishing performance and helps prevent chipping or surface damage while maintaining precision during aggressive stock removal.
Why It Stands Out
Polish where other tools can’t reach
The compact ¾″ diameter drum is ideal for tight-radius polishing, sink cut-outs, concave edges or inside curves that standard pads cannot access.
Dual-fitting adapter for maximum flexibility
The stainless-steel adapter threads to standard 5/8″-11 spindles or connects to ½″ gas ports, so you can use it on hand-held polishers, angle grinders, or CNC water-fed machines.
Smooth, vibration-reducing drum design
The rubber drum body increases tread life and significantly reduces vibration, giving you greater control and a more consistent polish finish.
Customize your finish with multiple grit options
Available in a full range of grits (50, 100, 200, 400, 800, 1500, 3000), the Mini-Polishing Drum lets you step through progressive polishing stages for a flawless, high-gloss result.
Wet-use only for premium results
Optimized for wet polishing of natural and engineered stone, delivering smoother edges, reduced dust, and superior glossy finishes.
Product Specifications
General Specifications
Drum diameter: ¾″
Drum length: 1 ½″
Adapter thread types: 5/8″-11 female & ½″ gas male
Recommended tool compatibility: Angle grinders, air/water polishers, CNC water-fed polishers
Materials suited for: Granite, marble, engineered stone, quartz, natural stone
Usage type: Wet polishing only
Max recommended RPM: 3,000
Grit & Item Details
50 Grit
Item #: SRD250
Sleeve Size (W x L): 3/4″ x 1 1/2″
Dual Fitting: 1/2″ gas & 5/8″-11
RPM: 3,000
100 Grit
Item #: SRD2100
Sleeve Size (W x L): 3/4″ x 1 1/2″
Dual Fitting: 1/2″ gas & 5/8″-11
RPM: 3,000
200 Grit
Item #: SRD2200
Sleeve Size (W x L): 3/4″ x 1 1/2″
Dual Fitting: 1/2″ gas & 5/8″-11
RPM: 3,000
400 Grit
Item #: SRD2400
Sleeve Size (W x L): 3/4″ x 1 1/2″
Dual Fitting: 1/2″ gas & 5/8″-11
RPM: 3,000
800 Grit
Item #: SRD2800
Sleeve Size (W x L): 3/4″ x 1 1/2″
Dual Fitting: 1/2″ gas & 5/8″-11
RPM: 3,000
1500 Grit
Item #: SRD21500
Sleeve Size (W x L): 3/4″ x 1 1/2″
Dual Fitting: 1/2″ gas & 5/8″-11
RPM: 3,000
3000 Grit
Item #: SRD23000
Sleeve Size (W x L): 3/4″ x 1 1/2″
Dual Fitting: 1/2″ gas & 5/8″-11
RPM: 3,000
Adapter
Item #: SRDAPT
Adapter Length: 4″ Adapter Length
Fitting: 5/8″ Inner thread + 1/2″ gas out
Ideal For
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Polishing inside curves, sink cut-outs or tight edges on countertops, vanities, or stone fixtures
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Refining edges and contours on granite, marble, engineered stone, and quartz surfaces where conventional pads or wheels won’t reach
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Stone fabricators, tilers, countertops installers, or anyone needing precise, clean polishing on complex surfaces
