Dental implant stability is key to long-term implant success.
Dental implants have become the gold standard for replacing missing teeth and countering edentulism while providing a durable, functional and natural aesthetic appearance. It is crucial that dental implants are stable as stability determines its ability to bear occlusal loads and maintain integration with the surrounding bone.
Several factors influence stability, with correct implant site preparation being the most critical, as it directly impacts implant stability. A variety of techniques can be used to properly prepare the implant site:
- Bone Augmentation: Where bone volume is insufficient, the use of bone augmentation techniques like bone grafting, sinus lifting, and ridge expansion can be used to promote bone formation and provide a solid foundation.
- Drilling Protocols: The use of specific drilling protocols helps in preparing the implant site accurately. Sequential drilling ensures that the bone is adequately prepared to receive the implant and promotes primary stability.
- Piezoelectric Implant Site Preparation (PISP): PISP has been shown to improve secondary stability.
Guided surgery
Guided surgery involves the use of CBCT imaging and computer-aided design (CAD) software and surgical guides to ensure accurate implant placement. This technique improves implant stability by reducing the risk of error during surgery. Guided techniques provide a precise, predictable and minimally invasive approach to implant placement, resulting in enhanced primary stability.
Stability measurement
Resonance Frequency Analysis (RFA) is a non-invasive diagnostic tool used to assess implant stability, measuring the stability of dental implants by analysing their vibrational frequency. A specialised device, known as an implant stability analyser, is used to determine the implant’s stability through resonance values. RFA offers quantitative data to objectively assess implant stability and the progress of osseointegration, facilitating informed decision-making during the healing process. Being able to assess when an implant is osseointegrated determines how quickly it can be loaded without jeopardizing the healing process in some cases avoiding unnecessarily long treatment times and ensuring the achievement of predictable results even in high-risk cases.
Bone management
Various bone management techniques can be employed to improve long-term dental implant stability too, ie the use of bioactive materials to enhance bone formation and integration around the implant. These materials can stimulate osseointegration, leading to improved stability.
Choosing the right equipment
Where oral surgeons once required two separate devices, the modular Implantmed Plus surgical solution from W&H allows for the seamless integration of the powerful piezo surgery functions of the Piezomed Module facilitating both conventional and complex implant surgeries. This combination leads to reduced treatment time, costs, preparation, and waste. This modular concept offers maximum flexibility and the Implantmed Plus II’s optional Scan Function ensures peace of mind. Additionally, the surgical device can work in synergy with the Osstell Beacon, providing a non-invasive assessment of implant stability to ensure the success of osseointegration.
This synergistic approach and the right equipment are factors in successful treatment outcomes. Achieving optimal dental implant stability is vital for long-term implant success. Implant site preparation techniques, implant design considerations, guided surgery, RFA, immediate loading techniques, and bone management methods all play integral roles in enhancing the stability of dental implants
If you are looking for a complete solution, W&H offers a highly synergistic approach with the Seethrough Flex CBCT system, Implantmed Plus, W&H surgical handpieces and the Piezomed module based on surgical know how. The Piezomed provides clinicians with a high quality, innovative piezosurgery unit which removes only the targeted bone with precision, leaving the surrounding soft tissue and bone undamaged. The synergy between Implantmed Plus and Piezomed creates a superior workflow driven solution for oral surgery, guiding the clinician through the cycle from implementation to evaluation.
The latest Implantmed Plus II model offers the option of scanning all products used to always ensure effective traceability. The measurement of osseointegration is made easy using the Osstell units from W&H, the only manufacturer backed by over 1,400 studies. Data captured using the Osstell Beacon can be stored safely and compared on the Osstell Connect platform. By using high-quality equipment, clinicians receive accurate results about implant stability, allowing them to progress treatment with confidence and certainty. To complete the circle, look at the Lisa Mini which provides Specialist Implantologists with an ideal 5 litre type B vacuum sterilizer that is convenient and easy to use.
Overall, a synergistic solution to dental implant procedures offers numerous advantages that enhance their overall success. The precise and accurate placement of implants, facilitated by guided implant surgery systems, ensures excellent aesthetic outcomes. The reduced risk of surgical complications, thanks to specialised equipment promotes efficient and error-free procedures. Patient comfort is improved using advanced instruments that minimise trauma and promote faster healing. Dental implant procedures require well-thought through planning, enabling clinicians to provide high quality treatment that delivers patients with effective, efficient, and long-lasting solutions for missing teeth.
There are many ways to make advanced treatment more accessible to patients. Education is a powerful tool in properly informing patients of the long-term benefits and cost-effectiveness of various treatments as well as the risks. Building the capacity of your practice to offer the most advanced, streamlined and efficient solutions can help patients further reduce chair time, easing the financial burden of regaining a confident smile.
