Workflow equals systems. We all have systems in our offices. Some systems were designed and refined, and others just happened by accident. A system is the process we use to accomplish a task in the office. For example; how do you create a new chart? How do you confirm appointments? How do you get charts from the file room to the treatment room?Continue Reading
How VR and AR can and will affect clinical dentistry and the patient experience.
Dentistry is one of the world’s oldest medical professions, dating back as far as 7000 B.C. – so it’s no surprise that we’ve come quite a ways since then.
What many may not have seen coming, however, is how great of an impact emerging technologies such as augmented reality and virtual reality would have on the dental field. The effect is quite astounding.
Many dentists, like most people, find themselves a bit fuzzy when it comes to identifying the exact distinctions between augmented reality (AR) and virtual reality (VR). After all, they’re both interactive, visually-based technologies. However, they differ greatly when it comes to the user experience.
Additive manufacturing is here to stay – is your practice on board?
3D printing, also known as additive manufacturing, is that rare once-in-a-generation technological innovation that has the ability to transform global manufacturing industries and commerce in general as we know it.
To be honest, it kind of already is. In fact, according to the most recent Worldwide Semiannual 3D Printing Spending Guide from International Data Corporation (IDC), revenue in this amazing industry is projected to reach $28.9 billion by 2020.
When it comes to grafts in the US dental market, by far the most commonly used is human bone particulate from a tissue bank. I think it is safe to say that dentists generally know very little about the source and processing of graft materials. This article is intended to close that gap.
As many of you may already know, the use of laser and light technology is vastly altering the medical and dental industries. Many dentists have discovered the number of benefits of incorporating laser technology into procedure implementations and treatments. Lasers have been noted to increase the efficiency and effectiveness of procedures and can diminish the amount of time necessary for treatment and recovery. Whether it is used for shaping a patients gums after periodontal disease or whitening teeth, as time passes the uses of dental lasers in cosmetic dentistry has become increasingly evident and popular.
One of the lesser known uses for a dental laser is the role this technology can play on tooth decay and carries detection. Until recently, detection of tooth decay has been difficult to detect in its earliest stages. Often evidence of decay can only be seen once it has progressed and begun to permeate through the surrounding tissue causing visible damage. The primary reason for this is that decay can move into microscopic tears in enamel where it can go unnoticed. In fact, decay cannot be seen until it is one-third the width of the tooth. This can give the bacteria a chance to do damage to the teeth and dental structure that could have been avoided if detected early. As decay progress it becomes more difficult to treat and can lead to a number of dental disorders. Until recently dentists needed to take x-rays and physically probe teeth to find evidence of decay. At this point the decay has already began doing damage to the enamel of the tooth. With the use of dental lasers however, cavity detection can begin much earlier.