Technology is continually developing for all types of bearings from steel to ceramic and other materials. Drills used in dental offices contain different types of bearings, depending on the make and model of the drill. Since drills are used in human mouths, they must run correctly so that no one gets hurts. Dental drills aren’t cheap either, so dental professionals don’t want cheap bearings in their equipment that will make it inoperable within just a few months of use. A dentist wants to create a peaceful atmosphere for their patient, and having equipment breaking while in their mouth is not the way to do it. A good dentist will keep their equipment properly maintained, so that the bearings are replaced regularly.
Importance of Bearings
Having good bearings in dental drills is crucial. The bearing will determine the speed of the drill, and how well it operates under manual force. If you want your drill to reach top rotating speeds, then you should ensure that your bearings are in good condition at all times. A good drill will enable you to complete your job faster as a professional, and it will ensure that damage to the teeth doesn’t occur. Using a faulty drill could cause irreparable damage to your patient’s teeth. There are many parts to the bearing making process. They are not just simple metal rings that prevent friction. There is the art of precision, the material that the bearing is made from, the structure, the rolling angle, and the diameter. Having a bearing that is too large in size will cause your drill to malfunction or break easily.
Types of Dental Grooved Bearings
There are many types of Dental Bearings available, and it all comes down to what drill you use. Each drill will require a specific type of bearing. A smooth bearing, or an S bearing as it is sometimes called, consists of one smooth outer ring that is extremely slippery when lubricated. This is perfect for dental drills that require little friction to operate properly. The F style bearing consists of one prominent raised side, which is designed to transform a larger gap into a smaller one through the bearing. The U style has a unique ring stemming across the outside, and the G groove consists of a groove on the outer ring. Bearings are used for hundreds of different things, so it is important that you have the right style for your intended use.
