Toko DMT lima diamantata grossa - strumento per la preparazione delle lamine di sci e snowboard

Hardened ski and snowboard edges quickly dull files and stones, leaving riders with poor grip on icy slopes. The Toko DMT Diamond File Coarse solves this by delivering a fast-cutting, long-wearing diamond abrasive that reshapes and pre-sharpens edges with minimal effort. Its industrial diamond surface stays flat and aggressive through hundreds of tunings, making it a reliable first step in any edge maintenance routine.

Who is it for

This file is built for ski and snowboard technicians, racers, and serious recreational riders who demand precise edge angles and efficient material removal. It works equally well in a workshop or on the mountain, fitting standard file guides for controlled bevel work.

Main features

• Coarse diamond grit (approx. 200–300) for rapid edge shaping and deburring
• Industrial diamond abrasive bonded to a steel substrate for exceptional durability
• Compact 100 mm length with 20 mm width and 5 mm thickness for easy handling
• Ideal for removing hardened edge material, rust, and burrs before finer finishing
• Compatible with ski edges, snowboard edges, and other metal tools
• Metallic silver/grey finish resists corrosion and cleans easily

Specifications

• Product type: Diamond file
• Grit level: Coarse (approx. 200–300 grit)
• File length: 100 mm
• File width: 20 mm
• File thickness: 5 mm
• File material: Industrial diamond abrasive
• Substrate material: Steel
• Primary application: Ski & snowboard edge tuning
• Recommended use: Pre-sharpening, removing hardened edges, deburring
• Usage method: Manual, often with a file guide
• Durability: High wear resistance
• Brand series: Toko Diamond Files

Tips

For best results, use the coarse diamond file to establish the desired edge angle and remove major damage, then switch to a finer diamond or stone for polishing. Always work from tip to tail in one direction to avoid rounding the edge. Clean the file with a stiff brush after use to prevent metal particles from clogging the diamond surface.