Arizona State Board Nail Technology Practice Exam

There is very little airborne dust when using what type of bits?

1. Diamond bits

2. Carbide bits

3. Sandpaper bits

4. Plastic bits

The correct answer is: Carbide bits

The ideal answer for minimizing airborne dust when using specific nail technology tools is related to the structure and material of the bits. Carbide bits are engineered to cut through the nail material effectively while producing minimal debris, which directly impacts the amount of airborne dust generated during use. Their design generally allows for more efficient removal of product with fewer particles released into the air, making them a preferred choice in nail technology practices. In contrast, diamond bits, while effective for certain applications, can create more dust due to their abrasiveness and the manner in which they grind through surfaces. Sandpaper bits tend to produce even more debris because they rely on friction and abrasion, potentially sending a greater volume of particles into the air. Plastic bits, although designed for specific tasks, are not as effective in efficiently removing product compared to carbide bits and generally do not contribute as significantly to dust reduction. Thus, carbide bits stand out for their capability to minimize airborne dust while still delivering optimal results in nail care practices.