Ever since the invention of the first dental implant, the process of related dental surgeries has drastically changed. Various practices that involve the usage of an implant osteotomy drill and similar equipment have become more efficient and effective. We have collected various case studies on the best techniques to perform a particular task while drilling and placing dental implants. They will help dental surgeons to become familiar with the practices that help save time and bring impactful results. So, without any further delay, let’s start!
Latest Practices of Using Implant Osteotomy Drill & Related Equipment in Various Procedures
Ridge Expansion, Bone Condensation, and Densification
Over the past 20 years, the following parameters have considerably increased:
- Bone Densification
- Stability
- Recommended Torque Values
Besides, both slight and immediate delayed loading is standard in dental practices. Nowadays, dental surgeons use different types of auxiliary tools to perform operations on bone. Various equipment from the bone condenser to implant osteotomy drill and other dental instruments are used according to the requirements of the respective procedure.
Moreover, the design of the implant’s body has changed. It has resulted in better efficiency and the placement of implants has become more streamlined. Consequently, the patients get good results and implant success rates along with an increase in stability.
Using More Simplified Drilling Practices
Osteotomy preparation is an important process that ensures stability before placing the implants. However, clinicians have to invest a lot of time in it. As a result, only a reduced number of implants can be placed at a particular time. But, still, the overall efficiency of such processes is high.
An interesting result is found in one of the case studies that revealed no considerable difference between different drilling protocols. The success levels of the osseointegration process were the same when both simple drilling protocol and multiple drill sequences were followed. It means clinicians should prefer to use simplified drilling protocols, which give them satisfactory results and also increase efficiency.
Moreover, dental surgeons can use a self-drilling implant system. It can be done without replacing the existing kit. The reason is, the implant only requires 75% drilling of the site, and the rest work is automatically performed by the implant. Modern implants are versatile to use as they can utilize different types of drilling systems.
These implants have self-tapping and self-drilling capabilities that work seamlessly with the existing implant system. Plus, they are compatible with most implant systems that clinicians use daily. It helps to control the cost that dental surgeons have to invest in tools and equipment to perform dental surgeries effectively and efficiently.
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Proper Way of Treating The Internal Sinus Bump
Most cases of sinus treatment can be effectively deal with simple drilling protocols. The usage of self-drilling technology in the body of the implant can lead to more efficient treatment. With the help of practices that involve self-drilling and creating bone density along with bone condensation, internal sinus bumps can be treated effectively. One of the key reasons for the popularity of such techniques is they involve minimum invasion.
A recent study revealed the pros and cons of lateral antrostomy and osteotomy. For example, when there is a minimal requirement for sinus augmentation, using the indirect technique is an ideal approach. However, if the resorption is more advanced, optimal implant placement can be done considering its length by creating a sufficient height for the bone.
These techniques have produced the best results when it comes to the success rates of the implants. They are beneficial for both patients and clinicians as they involve minimal invasion and provide improved levels of efficiency. As we move to study the implant fixture advancements, we can notice that modern systems are safer when it comes to treating the sinus area. Here, we have listed some features of implant design that help to get the desired outcomes and reach satisfactory levels of efficiency:
- A taper can be used to control how much depth the insertion is done in the sinus cavity.
- For more control, an abutment can be attached to the implant, and obtain good accuracy in the procedures.
- To save the sinus floor from damage, a rounded apex can be used during the procedures.
Modern Practices For Using Single-Arch and Full-Arch Prosthetics
For the implants which are placed to achieve high stability levels, the protocols that involve early loading are applicable. The screw-retained restoration is the prime example of achieving high efficiency with the help of simple procedures involving tapered implants.
Plus, the area of full-arch prosthetics has also evolved. Previously, it was common to use a chromium-cobalt frame with a hybrid denture and pink acrylic. But over the years, a few disadvantages were encountered like reduced precision, premature wear, and even breakage of acrylic and denture teeth. As zirconia milling provides better efficiency and precision, using them becomes more practical.
Conclusion
As implant manufacturing becomes more and more advanced, dental instruments such as implant osteotomy drills and other tools keep improving. In addition, the techniques and processes also get optimized as clinicians try different approaches that increase efficiency, precision, and convenience. Dental surgeons should keep themselves familiar with the recent advancements in dental implantology to stay updated with the new and improved practices.
