Superior Cutting Blade
- Tough: Easily cuts through hardened screws and stainless steel.
- Precision: Delivers accurate plunge cuts with a 32mm width and fine tooth configuration.
- Versatile: Ideal for a wide range of materials, including fiberglass and plasterboard.
Accurate plunge cuts with Makita
- Durable carbide tipped teeth: The tungsten carbide teeth allow you to cut through tough metals and stainless steel while resisting extreme heat and wear.
- Fast toolless blade change: The Starlock interface provides high torque transfer and lets you change accessories in seconds without using additional tools.
- Controlled and precise cutting: With a 32 mm width and 40 mm depth, you make clean plunge cuts in tight spots with complete control.
With the Makita B-64951 TMA061 hm plunge cut saw blade, you make clean, precise cuts in tough materials with complete confidence. Engineered with durable tungsten carbide teeth, it cuts through stainless steel, screws, nails, fibreglass, and plasterboard while resisting heat and premature wear. Featuring a 32 mm cutting width and a 40 mm working length, this blade allows you to execute controlled plunge cuts and flush cuts in tight, awkward spots. The Starlock interface ensures direct power transfer and lets you change accessories on your multi-tool in seconds without tools.
Product description
Plunge saw blade 32 mm
Starlock multi-tool blade specially designed for cutting materials such as metal, stainless steel, fibreglass and plasterboard. This TC/HM blade has a width of 32 mm and a working length of 40 mm. The blade has 23 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.