What is Ultrasurgery Piezo Bone Cutte

The Ultrasonic Surgical Piezoelectric Bone Cutter is an advanced ultrasonic surgical system that utilizes piezoelectric technology to precisely cut bone tissue through high-frequency vibrations while sparing surrounding soft tissue. This system offers high precision, reduces patient trauma, and achieves better healing outcomes by selectively operating only on bone, making it an ideal choice for a variety of oral and orthopedic procedures.

Description of Woodpecker US-II LED Ultrasonic Piezo Bone Cutter Ultrasurgery which we are selling

Thanks to its controlled three-dimensional ultrasound oscillations, the original US-II (LED) technique rings in a new age for osteotomy and osteoplasty in Implantology, Periodontology, Endodontics and Orthodontic Surgery. 

Intended Use

The US-II (LED) is a piezoelectric device for bone surgery that enables osteotomy and osteoplasty techniques to be applied to in almost any anatomical situation. This equipment can be used in the following fields:
a) Oral surgery
b) Orthopedic surgery
c) Maxillofacial surgery
d) Cosmetic surgery
e) Neurosurgery
f) Otolaryngology

Key Features

1. Minimally Invasive Incision: The tips vibration accuracy is 20-200μm micron, the minimum incision is only 3.5mm*0.5mm. The postoperative recovery is fast, due to operation area is small.
2. Provide Maximum Safety to Soft Tissue: he vibration frequency is 24-29KHZ, which can effectively cut bone tissue and reduce the risk of soft tissue injury.
3. Easy Operation: For different treatment needs, there are four modes for choosing: bone function, periodontal function, root function, clean function.
4. More Safety: Handpiece, cable, tip holder, working tip and torque wrench can be autoclaved under the high temperature of 135°C and the pressure of 0.22Mpa.
5. Newly Developed Handpiece: Developed handpiece and tip are more compatible and stable. The LED Handpiece insure better vision.
6. Equipped with Professional Kits: Come with 2 LED handpieces and 14 tips, providing a wide choice for application of your clinical practice.

Patient Benefits

The Woodpecker UltraSurgery System offers numerous significant patient benefits:
Precision and Safety: The device's selective cutting capabilities maximize soft tissue safety, minimizing the risk of injury during surgery.
Reduced Trauma: The cool-cutting function generates minimal heat, preserving cell viability and promoting faster healing, which is crucial for patient recovery.
Enhanced Visibility: The LED handle enhances visibility during surgery, enabling surgeons to confidently perform complex surgical tasks.
High Cutting Efficiency: The Woodpecker UltraSurgery System boasts superior cutting efficiency, expediting procedures and minimizing patient discomfort.
Powerful Operating Modes: The device's multiple operating modes accommodate diverse surgical needs, ensuring optimal outcomes in bone and soft tissue surgery.
Autoclavable Components: The entire handle assembly can be sterilized under high temperature and pressure, ensuring compliance with safety and sanitation standards in clinical settings.
Real-Time Monitoring: Built-in monitoring and alarm features enhance surgical safety, providing immediate alerts of any operational issues.

Future Technologies for Piezoelectric Surgery

Technological advancements are set to revolutionise the future of piezoelectric surgery in dentistry. Incorporating innovations such as AI, augmented reality, 3D printing and robotics will significantly enhance precision, safety, and effectiveness.
AI could transform piezoelectric surgery in dentistry by adjusting surgical parameters in real-time based on bone density and patient anatomy while also analysing pre-operative scans to optimise device settings.  
AI-driven robotics are already showcasing the potential for faster, more accurate automated procedures.  
Augmented reality and enhanced haptic feedback will offer surgeons precise control and real-time guidance, improving outcomes and reducing recovery times. 
3D printing will facilitate custom surgical guides and bone grafts tailored to individual needs, optimising procedures like sinus lifts and ridge augmentations.  
Future piezoelectric surgery tools may feature sensors to monitor temperature and pressure alongside wireless and remote-controlled devices that improve ergonomics and movement.  
Additionally, integrating lasers could allow for ultra-precise cuts, minimal tissue damage, and better sterilisation. Real-time imaging and advanced 3D navigation systems will provide continuous feedback, enabling precise intraoperative adjustments.  
As piezoelectric surgery develops, innovation will shape the future, streamlining procedures, enhancing surgical efficiency and ensuring improved patient safety.

Contact our customer service team today to discover how our Ultrasurgery Piezo Bone Cutter can transform your practice.
Phone
+86 18736055759
+1 9097874580
Email
service@pairaydental.com