Mini Diamond Saw Blade 40mm
Diameter: Ø40mm
Arbor: Ø2mm
The 40mm Mini Diamond Saw Blade is the powerhouse of the mini-cutting range, offering the maximum cutting depth and efficiency for your most ambitious precision projects. Coated with premium industrial-grade diamond grit, this blade is specifically engineered to tackle larger surface areas on tough materials like marble, concrete, fiberglass, and thick glass. The expanded 40mm diameter allows for faster material removal and longer straight-line passes, making it an indispensable tool for masonry repairs, heavy-duty crafting, and detailed architectural modeling.
Despite its larger size, the blade maintains a slim, high-speed profile that fits perfectly onto standard rotary tools via the integrated 2mm arbor. This design ensures that even with the increased diameter, you retain full control over your work with minimal vibration. The 40mm blade is the ideal choice when you need the finesse of a diamond-coated edge but require the extra clearance to slice through thicker stock or reach deeper into a workpiece. Durable and heat-resistant, it provides a clean, professional finish across a wide variety of rigid substrates.
Application:
- Ceramic: 25 000 RPM
- Glass: 25 000 RPM
- Shell: 25 000 RPM
- Stone: 25 000 RPM
- Shaping and cutting Jewellery
- Precision cutting for glass, tile, ceramic and porcelain
The shank of the rotary cutter is securely locked in place by fitting it in the corresponding collet or making use of a keyless chuck.
Rotation speed:
Most rotary tools have the benefit to adjust the rotation speed. Many tool bits that fit in rotary tools have a maximum speed setting. This can normally be found on the packaging.
All materials react differently to speed and will need the tool bit to rotate slower. It is recommended to start using accessories on the slower speed first, before increasing the speed as needed.
The diameter of the tool bit fitted also determines the rotation speed. The larger the diameter, the slower the speed. If the speed is set too high, it could bend the shank/shaft resulting in injury.
