Disco de serra DEWALT DT1961-QZ Extreme Runtime 315mm x 30mm furo, 60T TCT, corte fino para madeira, MDF, laminado

Experience precision cutting with the DEWALT DT1961-QZ, engineered for cordless performance. This 315 mm circular saw blade features 60 tungsten carbide teeth with an ATB grind and a 10° hook angle, delivering clean, splinter-free cuts in wood, plywood, MDF, chipboard, and laminates. With a kerf of just 2.2 mm and laser-cut expansion slots, it reduces vibration and extends runtime on cordless saws.

Overview

The DEWALT DT1961-QZ is part of the Extreme Runtime series, optimized for cordless circular saws, table saws, and mitre saws. Its 30 mm bore fits a wide range of machines, and the anti-kickback design enhances safety during operation. The blade's thin kerf and low-friction coating minimize power consumption, making it ideal for battery-powered tools where every amp-hour counts.

What stands out

• 60-tooth ATB configuration for ultra-fine crosscuts and finish work
• Laser-cut expansion slots and anti-kickback design for stability and safety
• Optimized for cordless tools to maximize battery runtime
• Versatile across wood, plywood, MDF, chipboard, and laminates
• High-grade tungsten carbide tips for long-lasting sharpness

Technical details

• Blade diameter: 315 mm
• Bore diameter: 30 mm
• Number of teeth: 60
• Kerf thickness: 2.2 mm
• Plate thickness: 1.6 mm
• Tooth geometry: ATB (Alternate Top Bevel)
• Hook angle: 10°
• Max rotational speed: 4800 RPM
• Blade material: Tungsten Carbide Tipped (TCT)
• Application: Fine cut, cross cut
• Machine compatibility: Circular saws, table saws, mitre saws
• Series: Extreme Runtime
• Pack quantity: 1 piece

Our verdict

The DEWALT DT1961-QZ is a top-tier choice for professionals seeking precision and efficiency in cordless cutting applications. Its thin kerf and ATB geometry deliver exceptional finish quality, while the anti-vibration design ensures smooth operation. Whether you're trimming laminates or crosscutting hardwood, this blade consistently performs.