Foredom 2'' Abrasive Pad Screw-Lok 80 Grit

Description:

2'' Abrasive Pad Screw-Lok 80 Grit is a versatile and highly efficient reduction tool for dental laboratories, designed for controlled yet effective material removal. Its medium-coarse grit level provides a balance between aggressive shaping and manageable refinement, making it ideal for technicians who need strong cutting power without the excessive abrasiveness of rough-grade pads. This pad is commonly used for shaping denture bases, adjusting occlusal anatomy on acrylic prosthetics, refining provisional restorations, and trimming metal frameworks during early stages of fabrication. It is also suitable for adjusting orthodontic appliances, reducing the thickness of casting sprues, and preparing surfaces for finer abrasives. The Screw-Lok mounting system ensures a secure, reliable, and vibration-resistant attachment to standard laboratory handpieces and micromotors. This stability allows for consistent cutting action, improved safety, and enhanced control during detailed shaping tasks. The pad�s durable construction ensures that its grit does not shed prematurely, maintaining performance through repeated laboratory use. An 80-grit pad is particularly effective when technicians need to remove moderate amounts of material efficiently while retaining the ability to shape anatomical features. It transitions smoothly between rough reduction and intermediate smoothing stages, forming part of a systematic finishing workflow before proceeding to 120-, 240-, or finer grit abrasives. Its 2'' working diameter offers excellent coverage for trimming larger surfaces while retaining the maneuverability needed for smaller restorative components. The pad performs well on a variety of materials including PMMA acrylic, hybrid ceramic, base metal alloys, model stone, and resin-based appliances. Overall, the 2'' 80-grit Screw-Lok Abrasive Pad supports efficient, accurate shaping in denture fabrication, crown-and-bridge work, orthodontic appliance adjustment, and general laboratory finishing. Its durability, cutting capability, and stability make it a valuable and dependable tool in daily restorative workflows.