Refine MaxSurgery máquina de cirugía piezoeléctrica dental sistema de cirugía ósea piezoeléctrica ultrasónica

Refine MaxSurgery máquina de cirugía piezoeléctrica dental sistema de cirugía ósea piezoeléctrica ultrasónica

La piezocirugía es un nuevo sistema necesario para la cirugía moderna y la cirugía de implantes, que puede configurar varios modos de operación y consejos de trabajo para hacer que el proceso de operación sea más fluido y mejorar la precisión y eficiencia del tratamiento.



Características:
●Posicionamiento efectivo para lograr una intervención mínimamente invasiva.
El progreso de la vibración de las puntas de cirugía piezoósea se mide en micras, la operación y el agarre son ligeros y la trayectoria de corte no estaría limitada.
La incisión quirúrgica mínima es de sólo 3,5 mm x 0,5 mm, lo que significa que el área de operación es pequeña y la recuperación postoperatoria es rápida.

●Corte selectivo sin dañar el tejido blando.
El ultrasonido enfocado de alta intensidad solo tiene un efecto destructivo en el tejido óseo con una dureza específica, sin dañar los vasos sanguíneos ni el tejido nervioso, y también puede detener el sangrado de la herida, reduciendo aún más la herida quirúrgica mínimamente invasiva y mejorando en gran medida la precisión. , confiabilidad y seguridad.


Especificación:
Modelo: MaxSurgery Ⅲ
Tamaño mecánico: 290 mm * 270 mm * 125 mm
Peso de la unidad principal: 3 kg
Entrada de energía: 100-240 V CA 50 Hz/60 Hz
Entrada de la unidad principal: 120VA
Frecuencia: 26±3kHz
Caudal de agua: 30 ~ 125 ml/m
Modelo operativo: B, P,E, C
Modelo de control: Control táctil

When it comes to tooth extraction, many people are afraid.

However, with the advancement of technology and dental medicine, The concept of tooth extraction is also constantly updated.

The birth of minimally invasive tooth extraction, Let patients no longer fear tooth extraction.

What is minimally invasive tooth extraction?

Minimally invasive tooth extraction technology refers to the determination of the relationship between the tooth position and its surrounding anatomical structures (such as the mandibularcanal, maxillary sinus, etc.) through oral examination. Then, after local anesthesia effective, the decayed tooth is removed as little trauma as possible with minimally invasive instruments, such as ultrasonic piezo bone surgery

When is an Ultrasonic Piezo Bone Surgery used?

Ultrasonic Piezo Bone Surgery device is usually recommended in cases of periodontal disease, abnormal tooth position, and extraction of impacted teeth.

Because the Ultrasonic Piezo Bone Surgery device can make the actual contact area between the tip and bone tissue more uniform, precise and stable. At the same time, the special cooling system in the form of spray can take all the ground bone tissue debris away from the area undergoing surgical treatment, making the surgical operation field vision clearer, and less trauma during tooth extraction, thereby reducing the chance of secondary infection and reducing postoperative reactions.

Why is it recommended to use an ultrasonic Piezo Bone Surgery device

1. The surgical incision is small, and the postoperative recovery is fast. The patient can eat normally after three days.

2. Micron-level vibration, no airflow during operation, avoiding emphysema.

3. Postoperative reactions, nerve damage and other complications were significantly reduced

4. Ultrasonic Piezo Bone Surgery uses sterile saline to effectively avoid wound infection. The water of the High-speed Handpiece comes from the dental chair, and bacteria grow in the pipe of the dental chair, which can easily cause wound infection.

5. Greatly reduce the generation of aerosol, ensure the treatment environment, and reduce the risk of cross-infection.

Seven applications of Ultrasonic Piezo Bone Surgery

Alveolar Surgery

Minimally invasive tooth extraction, alveolar bone trimming, Extraction of impacted teeth, extraction of ambushed supernumerary teeth

Implant Surgery

Internal maxillary sinus lift, external maxillary sinus lift Bone splitting, implant preparation, autologous bone preparation

Bone mass osteotomy, bone debris collection, site preservation techniques

Periodontal Surgery

Crown lengthening surgery, root planing

Root Canal Surgery

Apicoectomy, curettage of apical inflammation Fractured apicoectomy, apical Inverted filling

Orthodontic Surgery

Minimally invasive tooth extraction, alveolar bone trimming Extraction of impacted teeth, extraction of ambushed supernumerary teeth

Maxillofacial Surgery

Orthognathic surgery, plastic surgery, fenestration osteotomy maxillary cyst extraction, odontogenic tumor extraction

Complications

Fractured apicoectomy, implant removal, bone adhesion treatment