The 3M™ Cubitron™ 3 Cut and Grind Wheel is a versatile solution designed to be used both as a grinding wheel and cut-off wheel — making it ideal for cutting, grinding, gouging, and more. Unlike other abrasive products, which are designed for just one job, this wheel can meet multiple challenges thanks, in part, to a flat, reinforced inner surface that can shape or grind objects and a thin outer edge that can be used to make perpendicular cuts and gouges. This inclusive design removes the need for multiple abrasive tools and can help to maximize production. Additionally, the 3M™ Cubitron™ 3 Cut and Grind Wheel is powered by 3M Re-Engineered Precision Shaped Grain, a breakthrough proprietary molecular bonding technology designed with sharp, angular structures that continuously fracture to form sharp points. These clean, sharp points help create an abrasive that slices faster, runs cooler, and lasts longer than conventional abrasives. 3M™ Cubitron™ Performance Abrasives are made for professionals who need more from their equipment — so experience the next generation in abrasive performance by choosing the 3M™ Cubitron™ 3 Cut and Grind Wheel.

• MULTIPLE FUNCTIONS: Used both as a grinding wheel and cut-off wheel, making it ideal for cutting, grinding, gouging, and more
• ENHANCED SPEED: Delivers improved cutting and grinding performance compared to 3M™ Cubitron™ II Performance Abrasives to help reduce the amount of time and pressure required to get the job done
• RIGID, REINFORCED, RESIN-BONDED WHEEL: Designed to be used both as a grinding wheel and as a cut-off wheel on both stainless and mild steel substrates
• IMPROVED USABILITY: A reformulated wheel composition offers better balance and a smoother action while maintaining best-in-class performance to help reduce rework and enhance finish quality
• LONG LASTING: Designed to last longer than leading competitors
• 3M RE-ENGINEERED PRECISION-SHAPED GRAIN: Uses Re-Engineered Precision Shaped Grain, a breakthrough proprietary molecular bonding technology designed with sharp, angular structures that continuously fracture to form sharp points to wear evenly, run cool, and optimize mineral breakdown