✅ MAKITA'S 5 BLADE, Fast Curved T-Shank Jigsaw Blade Set with 6 TPI (Teeth Per Inch) blade design for Soft & Engineered Wood and PVC | Optimized for All Makita T-Shank Jigsaws and compatible with ALL T-Shank Jigsaws
✅ CUT WOOD & PVC FASTER, LONGER & MORE AGGRESSIVELY without compromising blade or material application integrity due to Makita’s Exclusive 6 TPI Milled Alternating Teeth Technology
✅ NARROW BLADE Design provides Superior Curved Cutting MANEUVERABILITY, allowing for Stenciled Designs, Intricate Pattern Cutting and other Custom Shapes in Wood & PVC, easier, faster and longer without compromising blade integrity
✅ ENGINEERED IN JAPAN with Professional grade, fully hardened, High Carbon Steel (HCS) precision teeth that stay SHARPER longer than competitor blades in its class while Makita's T-Shank design allows for easy blade mount-&-remove, maximal grip and stability
✅ IDEAL for Accurate, Fast, Curved & Rough Cuts used by professional carpenters, DIYs, home improvers, electricians, general contractors, roofers, plumbers, frame, drywall & maintenance workers, and general industrial wood workers on all soft wood like cedar, fir, pine and redwood, in addition to engineered wood like plywood, laminate, glulam, particle board, fiberboard, oriented strand board, plastic and construction lumber

 

 

Makita’s T-Shank Jigsaw blades for Fast Curved Cutting on Soft Wood & PVC are ideal for woodworkers with varied applications. For the most accurate cuts and maximal blade longevity, consider ensuring that the wood is fastened and secured, applying a firm slight forward pressure on the Jigsaw tool and allowing the blade to do the cutting. Softer wood applications enables one to use higher operating speed and orbital action without sacrificing cutting precision, while harder wood & plastic requires slower speeds and no orbital action so as to reduce the risk of jamming, excessive heat buildup and material burning while also ensuring the smoothest finishes. In general, faster, more aggressive orbital action yields a more ragged splintered finish, while slower, non-orbital action yields a finer finish.