Superior Cutting Blade
- Versatile: Perfect for cutting through hardened screws, stainless steel, and abrasive materials.
- Durable: Carbide-tipped blade ensures long-lasting performance in tough conditions.
- Precision: Engineered for clean, precise cuts with a 20 TPI blade.
Versatile plunge cuts with Makita
- Multi material cutting capability: You can effortlessly plunge cut through metal, stainless steel, fibreglass, epoxy, and plasterboard.
- Durable carbide teeth technology: The welded carbide cutting edge resists extreme heat and abrasion, providing extended tool life under heavy use.
- Fast Starlock accessory changes: The rigid connection allows you to securely lock the blade in place within seconds for direct power transfer.
With the Makita B-69761 TMA080 plunge cut saw blade, you can effortlessly cut through tough materials such as metal, stainless steel, plasterboard, fibreglass, and epoxy. Its heavy-duty carbide teeth resist extreme heat and abrasion, eliminating the need to switch accessories when encountering hardened fasteners or mixed construction materials. Featuring a 32 mm width and a 35 mm length, it delivers clean plunge cuts even in tight, hard-to-reach areas. The Starlock mounting system allows you to snap the blade securely onto your multitool in seconds for maximum power transfer.
Product description
Metalstud
Starlock multi-tool blade specially designed for cutting materials such as metal, stainless steel, aluminium, epoxy, fibreglass and plasterboard. This TC/HM blade has a width of 32 mm and a working length of 40 mm. The blade has 20 TPI. The pack contains 1 blade.
Multitool blade with Starlock attachment. Also suitable for multitools with Starlock Plus and Starlock Max attachment. Starlock ensures fast click-locking of the blade and can transmit a lot of force. The Starlock 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, making this very hard blade highly resistant to abrasion and overheating. These properties make the blade suitable for a variety of materials.