There are plenty of different types of dental burs available on the market, and every one offers specific advantages. Some function better in some capacities, but making the correct option is essential for the economic success of your respective practice.
We’ve examined categories of dental burs, and provided information that will help you make a good choices when deciding on one on your dental or orthodontic practice.
1. Diamond burs
Attributes of using diamond dental burs:
Diamond burs enable faster and smoother cutting, and they are needed each time a cut requires extreme precision. Diamond burs with a finer grit can produce a higher polish, and are therefore correct for precise work instead of removing large items of material.
When selecting an engagement ring dental bur, do not forget that natural diamonds lasts over their man-made counterparts.
Use diamond burs for: Cutting through porcelain, polishing.
2. Carbide burs
Features of using carbide dental burs:
Carbide burs leave a smoother surface than diamond burs. Carbide burs also have less vibration and “chatter” than other forms. As these burs are able to withstand high temperatures, they maintain their edge a lot longer than other burs.
These burs may also be used on a wide variety of materials, including gold, silver and acrylics. Furthermore, they last for many years without chipping or breaking.
Use carbides for: Preparing cavities for fillings, shaping bone, removing old fillings.
Which are the Main Differences Between Carbide Burs and Diamond Burs?
Both carbide and diamond burs are instrumental aspects of your dentist, and necessary tools that you need to achieve success. When they have their strengths, it’s important to realize their differences in order to easily select which will be more appropriate.
Each one of these burs operates differently. With diamond burs, you grind around the tooth, which leaves a difficult surface. As a result, you need to polish it later. Carbides, on the other hand, are fantastic for slicing away small pieces of the teeth. It is because carbide burs have small blades.
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