Experience advanced metalworking precision with the Deep Cut Carbide Tipped Annular Cutter 1-1/2 X 3. Designed for heavy-duty performance, this annular cutter delivers exceptional cutting power for drilling large diameter holes in tough materials.Its robust carbide-tipped construction ensures reliability and a long service life even under demanding applications. Cutting Diameter: 1-1/2 inches • Cutting Depth: 3 inches • Tip Material: Premium carbide-tipped • Compatibility: Fits standard magnetic drills and compatible machines.Key Features Premium carbide-tipped edge for extended tool life and superior cutting efficiency.Compatibility with standard magnetic drills and compatible machines for easy integration.Applications: suitable for stainless steel, hardened alloys, and thick metals. Deeper cutting capacity supports a wider range of project requirements.Reduced vibration and smoother cutting for precise results.Optimized chip evacuation for cleaner holes and less maintenance.Compared to traditional high-speed steel cutters and previous generation annular cutters, the Deep Cut Carbide Tipped Annular Cutter 1-1/2 X 3 stands out with its enhanced durability and superior cutting efficiency. The upgraded carbide-tipped edge enables faster, cleaner, and more accurate cuts, reducing downtime and tool replacement frequency. With its deep cut capability, this annular cutter excels when tackling dense or multi-layered materials.Technical AdvantagesExtended tool life due to the advanced carbide-tipped edgeDeeper cutting capacity supports a wider range of project requirementsReduced vibration and smoother cutting for precise resultsResistant to heat and wear, prolonging operational excellenceOptimized chip evacuation for cleaner holes and less maintenanceEngineered to deliver best-in-class results, this cutter is a dependable solution for contractors, fabricators, and metalworkers seeking durable performance in tough hole-making tasks. Add the Deep Cut Carbide Tipped Annular Cutter 1-1/2 X 3 to your toolkit for faster, cleaner, and more reliable deep-hole drilling.