Description
1-1/4 In. StarlockMax® Oscillating Multi-Tool Curved-tec Carbide Extreme Plunge Blade
The Bosch curved-tec carbide extreme plunge blade provides professional, long-lasting performance cutting metal (nails and staples), wood with nails, drywall, PVC and other materials. The curved-tec design features a rounded edge for precise control during plunge cuts. The carbide teeth provide 30X life compared to standard Bi-Metal plunge blades. The reinforced tapered bodies reduces vibrations and blade flex, and provides less jamming and smoother cuts. Starlock® accessories deliver a three-dimensional blade grip to deliver higher torque transfer, reduced vibration and professional performance. All blades feature a three-second no-touch quick change interface with Starlock® multi-tools. StarlockMax® accessories are engineered to be compatible exclusively with StarlockMax® multi-tools due to the power requirements required to drive the blades. Color-coded interface and laser-etched blade designed to allow user to quickly identify the right blade. Heavy-duty professional-grade swiss-made blade manufactured with premium materials and innovative engineering.
Features
Curved-Tec carbide extreme design – features a rounded edge with long-lasting carbide teeth for cutting in wood with nails, nails and staples, drywall, PVC, ceramic tile and more
Extended life – includes carbide teeth, which delivers 30X life compared with standard Bi-Metal blades
Reinforced tapered body – reduces vibrations and blade flex, and provides less jamming and smoother cuts
Torque transfer – features a three-dimensional fit designed for high torque transfer, reduced vibration and better performance
StarlockMax® professional blade – tackles extreme-duty applications with power and precision; engineered exclusively for StarlockMax® multi-tools due to power requirements
Color-coded interface and laser-etched blade – designed to allow user to quickly identify the right blade
Extreme-duty professional-grade swiss-made blade – manufactured with premium materials and innovative engineering
