Foredom 2'' Ao Sandpaper Disc Screw-Lok 24 Grit

Description:

The 2'' AO Sandpaper Disc Screw-Lok 24 Grit is an exceptionally aggressive dental laboratory abrasive designed for heavy stock removal and demanding reduction procedures. Engineered with premium aluminum oxide grains, this coarse 24-grit disc delivers the strongest cutting action available within sandpaper-based abrasives, making it indispensable for technicians who regularly perform bulk trimming, rapid debulking, or major adjustments of restorative materials. This disc is ideal for initial shaping of thick acrylic denture bases, cutting down resin blocks, trimming casting sprues, reducing metal frameworks before refinement, and modifying orthodontic appliances that require significant contour changes. Its aggressive grit enables efficient removal of dense materials such as chrome-cobalt alloy, titanium, PMMA acrylic, thermoforming materials, and dental stone models. The Screw-Lok attachment system ensures a secure fit, preventing slippage during high-torque grinding and maintaining stability even during heavy pressure reduction. This reliable locking mechanism enhances user control and safety, allowing technicians to maintain consistent grinding angles without vibration or chatter. Because of its high cutting capability, the disc is particularly suited for the early stages of a multi-step finishing sequence. It effectively removes large surface irregularities and creates the foundational shape needed before transitioning to medium and fine abrasives such as 40-, 80-, or 120-grit discs. Its 2'' diameter provides ample surface area for efficient trimming of broad surfaces while maintaining maneuverability for laboratory handpieces. The disc�s industrial-grade aluminum oxide construction ensures durability and long abrasive life, even in high-volume dental labs. Whether used in denture fabrication, orthodontic appliance creation, implant bar preparation, or general prosthetic shaping, the 2'' AO Sandpaper Disc Screw-Lok 24 Grit is a crucial tool for technicians seeking controlled, high-speed material reduction with reliable performance and long-lasting durability.