Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..
Carbide bits have little blades (like microscopic razor blades) that cut at an angle.
It actually shaves the acrylic, which means less pressure is required.
This results in less dust, and since there's less friction there is less heat.
..