To contact BioMeDent about Mectron Dental Surgery Equipment I PiezoSurgery Touch use Get a quote. sinus lift technique – lateral approach.sinus lift technique – crestal approach.faster and less traumatic post-operative recovery.faster and better osseointegration after implant site preparation with PiezoSurgery.less swelling after surgery with PiezoSurgery.in lateral sinus lift surgery the risk of perforation is reduced over 80% The cavitation effect of the ultrasonic movements lead to a blood-free surgical site. It has a black glass touch screen, an intuitive user interface, a rotatable LED handpiece, and a flexible irrigation system that allows surgeons to select bone quality and irrigation flow rate at the touch of their finger. Cavitation effect: Offers maximum intra-operative visibility. PIEZOSURGERY touch is a device that provides precision, safety, ergonomics and high quality performance for bone surgery.Thus PiezoSurgery offers maximum safety for surgeons and patients. Nerves, vessels and membranes will not be injured while cutting bone. PIEZOSURGERY® touch is a device that provides precision, safety and quality in bone surgery with ultrasonic microvibrations. Selective cuts: Selective cuts protects any kind of soft tissue.They do cut bone, too – but they do not differentiate: any soft tissue getting in their way will also be cut. Clinical Advantages: When it comes to cutting bone, you can of course use traditional burs and saws.No soft tissue is damaged, which allows you to work with a precision that facilitates not only surgery itself, but reduces postoperative discomfort for your patients at the same time. The special ultrasonic microvibrations of the original PiezoSurgery® technique cut bone – and nothing else.Diagnostic Instruments & Medical Imaging.This critical review outweighs piezosurgery over traditional tools and emphasizes on its clinical and biological aspects contributing to beneficial dental health.Ĭavitation Implants Osteotomy Piezosurgery. The soft tissues remain safe and biological factors like release of certain cytokines promote bone healing and enhance patients recovery. It overcomes technical difficulties such as visibility by producing bloodless field during surgery and removes debris simultaneously through internal irrigation mechanism. Piezosurgery uses a low frequency modulated ultrasonic insert which produces microvibrations in the range of 60-200micro meter/sec and leads to safe and precise bony incision without damaging underlying vital structures like nerves, mucosa and vessels. It has a variety of applications ranging from minor surgical procedures to complex implantology, plastic and reconstructive surgeries. Direct exposure of a peripheral nerve to piezosurgery, even in the worst-case scenarios, did not dissect the nerve.

Selective cutting of mineralised structure. Rarely requires osteotome for final spilt. In this case report, we present the contemporary use of piezosurgery for crown lengthening procedure. Because of its highly selective and accurate nature, its use may be extended to more complex surgical and interdisciplinary cases. Piezosurgery is a true revolution in bone surgery as it fulfils both biological and technical criteria. Nerve injury Piezosurgery eliminates trauma to the nerve during the osteotomy. Piezosurgery, which uses a modulated ultrasonic frequency, permits highly precise and safe cutting of hard tissue. Dentistry, an art in science and tranquilizer in medicine, has seen a lot of changing concepts over a decade and one such novel innovation is piezosurgery.

Piezosurgery dental