![]() Piezosurgery is an innovative osteotomy technique using piezoelectric ultrasonic vibrations. We propose that piezosurgery is beneficial for medical safety and usability. Our study demonstrated experimentally that piezosurgery provides a smooth cut bony surface with no damage to soft tissues and takes longer time to cut bone than conventional drillings. Damage to soft tissues was examined histologically, and the cut surface of bone was investigated using scanning electron microscopy. We measured the time for cutting bone and soft tissues of rats with the piezoelectric device and rotary instruments. This study was designed to test the hypothesis that cutting time of the piezoelectric device is longer than that of rotary instruments while the cut surface of bone is smoother and soft tissues are less damaged with piezosurgery under the standardized experimental system. the time required for cutting bone and the effect on soft tissues under the standardized conditions. However, none of the previous literature has reported any evidence of scientific experiments to examine performance of the piezoelectric device, i.e. The surgical technique has been clinically supposed to cut mineralized bone selectively with reducing the risk of damage to adjacent soft tissues. The patient experiences minimal surgical trauma and rapid postoperative healing.Īt Advanced Periodontics we use state-of-the-art technology to advance your oral health and aesthetics in our Hamden and New Haven offices.Piezosurgery is an innovative technique widely used for osteotomies in the field of oral and maxillofacial surgery.There is less inflammation following procedures performed with piezosurgery.Piezosurgery allows for flat cuts and curvilinear cuts.Piezosurgery allows for easy collection of grafting material, such as bone blocks or bone chips for dental implants.Piezosurgery allows bone cutting and splitting with maximum precision. ![]() Patients generally experience reduced traumatic stress during procedures where piezosurgery is used to cut the bone.Piezosurgical devices do not heat up with use, meaning there is no danger of thermal damage to the adjacent tissue.Operator sensitivity and control are therefore improved, so the clinician can develop a better feel for the micro-vibrations that create the cutting action. Piezosurgery requires reduced hand pressure.The ultrasonic unit can, with limited bone loss, prepare a bony window for easy access to the impacted tooth or root.Visibility of the operative area is improved due to a blood-free surgical site.Bone that has been cut regenerates more rapidly. ![]() It provides confidence in knowing that soft tissues within the sinus will remain intact during surgery and reduces surgical time drastically, thereby minimizing postoperative discomfort and recovery time for our patients. Most specifically, this device has changed the way we graft maxillary sinuses that require large volumes of bone. ![]() We are able to use this tool in a wide range of dental applications, including oral surgery, implantology, and periodontics. The handheld device generates micro-vibrations to safely and precisely cut through bone while leaving soft tissues and vital anatomical structures untouched. This technique has become increasingly common in dental practices. Another advancement in dental technology offered at Advanced Periodontics is Piezosurgery, a new bone-cutting technique that involves the use of ultrasonic waves.
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