Durable Multi-Material Blade
- Tough: Tungsten carbide teeth for extended durability.
- Multi-use: Ideal for cutting through plasterboard, metals, and even carbon fiber.
- Compatible: Designed exclusively for Starlock Plus or Max tools.
Effortless plunge cuts with Makita
- Superior multi-material wear resistance: Tungsten carbide teeth let you cut through stainless steel, plasterboard, fiberglass, and nail-embedded wood without overheating.
- Efficient StarlockPlus power transfer: The StarlockPlus mount ensures a rigid connection to your oscillating multi-tool, delivering maximum torque directly to your working surface.
- Controlled deep plunge cutting: A 52 mm cutting width and 50 mm depth allow you to execute clean, accurate plunge cuts across tough workpieces.
With the Makita B-66385 MAP007 plunge saw blade, you effortlessly tackle tough cutting jobs in demanding materials. Featuring robust tungsten carbide teeth (TC/HM), it cuts cleanly through nail-embedded wood, metal, stainless steel, drywall, epoxy, and fibreglass without overheating or premature wear. Offering a 52 mm cutting width, 50 mm working depth, and 20 tpi tooth count, this blade delivers precise, deep plunge cuts with complete control. The StarlockPlus mount ensures a rigid, slip-free connection to your compatible oscillating multi-tool for direct and efficient torque transfer.
Product description
Blade for various deep 50 mm plunge cuts for metal, carbon fibre, abrasives
Starlock Plus multi-tool blade specially designed for cutting various materials such as metal, stainless steel, epoxy, fibreglass and plasterboard. This TC/HM blade has a width of 52 mm and a working length of 50 mm. The blade has 20 TPI. The pack contains 1 blade.
Multitool blade with Starlock Plus attachment. Also suitable for multitools with Starlock Max attachment. Starlock Plus has high torque transfer and is suitable for heavy-duty applications. The Starlock Plus blade is colour-coded for easy identification. The blade is designed for plunge-cut saws. It has a carbide tip welded to the cutting edge of the blade. This makes this very hard blade highly resistant to abrasion and overheating. These properties make the blade suitable for a variety of materials.