Professional Cutting Blade
- Durable: Tungsten carbide teeth ensure extended lifespan even with the toughest materials.
- Versatile: Ideal for cutting through gypsum, various metals, and carbon fiber up to 40mm thick.
- Precision: Achieve accurate cuts with a 50mm working length and 20 teeth per inch.
Reliable cutting with Makita
- Versatile multi-material performance: Carbide teeth allow you to cut smoothly through various metals, stainless steel, plasterboard, and fibreglass materials.
- High-torque Starlock Plus fit: The direct-fit connection ensures maximum power transfer and minimal vibration during heavy-duty oscillating applications.
- Controlled deep plunge cuts: With a 32 mm width and 50 mm working length, you achieve accurate and stable plunge cuts easily.
With the Makita B-66379 MAP006 TC/HM plunge saw blade, you tackle demanding cutting tasks across a wide variety of materials with confidence. The durable tungsten carbide teeth cut cleanly through nail-embedded wood, metal, stainless steel, plasterboard, and fibreglass without stripping. Featuring a 32 mm cutting width and a 50 mm plunge depth, it delivers controlled, deep cutouts in baseboards, door frames, or drywall. The Starlock Plus interface ensures a tight, wobble-free fit and direct power transfer from your multi-tool, helping you complete every job quickly and accurately.
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 32 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.