The Latest Advancements in Dental Implant Technology
The latest advancements in dental implant technology are bringing patients a host of benefits. Some of these improvements include enhanced treatment planning, decreased pain and downtime during surgery and better cosmetic results.
Improved Treatment Planning
Denturists have found ways to plan dental implant placements more accurately than ever before using CAT scans and MRI images, as well as CAD/CAM software. This helps them account for smallest anatomical differences and ensures optimal implant stability.
3D Printed Custom Implants
The use of 3D printers for the manufacture of dental implants is becoming more common. The technology allows labs to produce a patient’s implant with more accuracy and speed than traditional procedures performed by laboratory technicians. The technology can also be used to create plaster/stone models of dental prostheses.
Personalized Design
The ability to design an implant specifically for the patient’s unique needs is one of the most significant improvements in implant technology. A number of different implant designs are available for this purpose. These designs can be based on fixture geometry (parallel-walled, conical or root form), thread structure and connector design.
Antibacterial Coating
The development of an antibacterial coating is a critical step in making dental implants more effective and durable. The coating helps reduce bacteria growth, which is the primary cause of most dental issues.
This innovation is especially important for patients who suffer from gum disease, a major cause of dental infections. The antibacterial coating also provides protection against acids from food, drinks and smoking.
CBCT Scans for Better Implant Placement
CBCT scans are low-radiation imaging techniques that capture hundreds of digital images of the teeth, jaws, nerves and surrounding tissue in 3D. These high-resolution images are then compiled and stitched together to produce a comprehensive and detailed image of the patient’s jaws and structures.
These scanning methods enable dentists to avoid important structures that could affect the success of implant placement surgeries, and help them pinpoint hard tissue abnormalities and tumors. They can also be used to guide dental robotics during the placement of implants.
Piezoelectric Surgery
Teeth extraction has traditionally been a difficult and potentially painful procedure for many patients, but piezoelectric surgery offers an innovative solution that preserves bone tissue during the process. This technique uses micro-vibration to tamper with minimal bone tissue and minimize trauma to soft tissue.
This technique has proven to be an excellent way to replace lost teeth and restore normal function and smile aesthetics. It is a more efficient, safe and precise way of removing a tooth, and it can be performed in a single session.
Dental Implants for More Patients
Another important improvement in implant technology is the development of new implant designs for patients with less bone tissue or who have health conditions that inhibit osseointegration. These implant designs include smaller diameters and shorter lengths, thinner thread shapes and a greater incline to the bone surface.
In addition, these new designs are more resistant to stress and impact, resulting in reduced pain and a faster recovery period after surgery. They also offer improved strength, which is critical for ensuring the stability of dental implants and avoiding damage to healthy tooth structure.
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