Lansky Super Sapphire Hone (S2000)

Product Overview

The Lansky Super Sapphire Hone (S2000) is a premium ultra-fine sharpening stone designed for achieving razor-sharp, polished edges on knives and tools. This specialized finishing hone represents the final step in the precision sharpening process, delivering mirror-like edges with exceptional cutting performance.

Key Features

Advanced Sapphire Abrasive

• Ultra-fine 2000 grit sapphire ceramic surface
• Produces highly refined, polished cutting edges
• Harder than standard ceramic materials for superior durability
• Precision-engineered surface consistency for even results
• Non-porous material won't load up with metal particles

Design & Construction

• Color-coded blue for easy identification
• Compatible with all Lansky Controlled-Angle Sharpening Systems
• Precision finger-grooved design for secure handling
• Pre-drilled for use with Lansky guide rods
• Built to last with premium ceramic materials

Professional Applications

• Final polishing stage after standard sharpening progression
• Creation of mirror-polished edges for maximum sharpness
• Refinement of cutting edges for precision tools
• Maintenance of straight razors and fine cutlery
• Ideal for achieving competition-level edges

Benefits

• Produces exceptionally smooth, hair-popping sharp edges
• Extends edge retention through superior finish
• Reduces microscopic serrations for cleaner cutting
• Perfect for achieving surgical-quality cutting edges
• Elevates standard sharpening systems to professional results
• Ideal for applications requiring polished, refined edges

Technical Specifications

• Grit: 2000 (Ultra-fine)
• Material: Sapphire ceramic
• Dimensions: 5" × 1" × 0.25"
• Color: Blue
• Compatible with: All Lansky Controlled-Angle Systems
• Made in the USA

The Lansky Super Sapphire Hone (S2000) represents the pinnacle of edge refinement, allowing knife enthusiasts and professionals to achieve the ultimate polished edge that combines exceptional sharpness with superior edge retention and cutting performance.