- Excellent quality/value ratio. - Tungsten carbide teeth. - High cutting performance. - Great stability and work safety. - Resistance to breakage. - Low vibration. - Long tool lifetime.
- Excellent quality/value ratio. - Tungsten carbide teeth. - High cutting performance. - Great stability and work safety. - Resistance to breakage. - Low vibration. - Long tool lifetime.
- Excellent quality/value ratio. - Tungsten carbide teeth. - High cutting performance. - Great stability and work safety. - Resistance to breakage. - Low vibration. - Long tool lifetime.
- Excellent quality/value ratio. - Tungsten carbide teeth. - High cutting performance. - Great stability and work safety. - Resistance to breakage. - Low vibration. - Long tool lifetime.
- Excellent quality/value ratio. - Tungsten carbide teeth. - High cutting performance. - Great stability and work safety. - Resistance to breakage. - Low vibration. - Long tool lifetime.
- Excellent quality/value ratio. - Tungsten carbide teeth. - High cutting performance. - Great stability and work safety. - Resistance to breakage. - Low vibration. - Long tool lifetime.
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- The impact resistant carbide teeth reduce the chances of chipping or breaking a tooth if it hit a foreign object - The utra sharp carbide teeth mean less force is required when pushing the blade through the timber
- Excellent quality/value ratio. - Tungsten carbide teeth. - High cutting performance. - Great stability and work safety. - Resistance to breakage. - Low vibration. - Long tool lifetime.
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Extreme Runtime Accessories optimised for FLEXVOLT Power Tools - Nail Tough – perfect for cutting through nail embedded wood - Increased efficiency for maximum cordless run time
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- The impact resistant carbide teeth reduce the chances of chipping or breaking a tooth if it hit a foreign object - The utra sharp carbide teeth mean less force is required when pushing the blade through the timber
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
- Laser Cut Expansion Slots Reduce Vibration & Noise - Extra Large Sub Micro Grain Carbide Teeth remain Sharper for much longer - Corrosion Resistant Carbide extends Cutting Life in Extreme Materials
