Diamax Super Cyclone Finger Bit Tip – Hard Bond (Reverse Thread)

This Diamax Super Cyclone Finger Bit Tip – Hard Bond with Reverse Thread is designed for precision grinding and polishing of granite, marble, quartz, and engineered stone surfaces in tight corners, edges, and intricate contours. Engineered with premium hard-bond diamond technology, it delivers aggressive material removal, exceptional durability, and precise control, making it ideal for professional stone fabricators and installers handling heavy-duty detail work.

Super Cyclone Finger Bit Tip - Reverse Thread, hard bond polishing pad designed for fast, smooth stone finishing. Ideal for granite, marble, and engineered stone surfaces. Delivers reliable performance with angle grinders or air polishers.

Key Features & Specifications

Bond / Construction

Hard-bond diamond abrasive designed for long-lasting durability, aggressive cutting, and consistent performance on hard stone surfaces.

Attachment / Mounting

Reverse-thread design ensures secure attachment to compatible hand grinders and polishing machines, providing stable operation and precise control.

Intended Use

Engineered for grinding and polishing in tight corners, edges, and small surfaces where standard tools cannot reach. Optimized for heavy-duty detail work and material removal.

Tool Design / Shape

Finger bit tip shape allows precise access to intricate surfaces, edges, and corners for maximum accuracy and control.

Flexibility & Control

Compact, ergonomic design ensures controlled material removal and uniform finishing in detailed areas.

Max RPM

Rated for high-speed operation (RPM dependent on machine specifications) to ensure efficient performance and consistent surface quality.

Applicable Tools

Compatible with hand grinders and polishing machines designed for diamond finger bit tools with reverse-thread attachment.

Ideal Applications

Edge finishing, corner polishing, intricate surface refinement, and detailed work on countertops, vanity tops, tabletops, and decorative stone surfaces requiring durable, aggressive performance.