The reliable ultrasonic bone scalpel is a cutting-edge ultrasonic surgical device designed for dental, orthopedic, and plastic surgery applications. Utilizing high-frequency ultrasonic vibrations (24.0–29.5 kHz), it enables precise and safe bone tissue cutting while protecting surrounding soft tissues such as blood vessels and nerves. This minimally invasive system features high efficiency and operational safety, primarily used in dental osteotomy and bone reshaping procedures including alveolar bone modification and dental implant surgery.
Product Advantages:
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Enhanced Cutting Efficiency
Operates at 24.0–29.5 kHz ultrasonic frequency, achieving 28.8% higher cutting efficiency than conventional tools (e.g., cutting 20mm×3.3mm bovine bone in 27.48 seconds). Integrated high-brightness LED illumination ensures superior surgical visibility and precision. -
Tissue-Selective Cutting
Features 20–200μm vibration amplitude with exceptional stability. Enables minimal 3.5mm×0.5mm incisions through mineralized bone-selective cutting (ultrasonic energy exclusively affects osseous tissue), effectively safeguarding nerves and vasculature. Incorporates a peristaltic pump-powered saline irrigation system for simultaneous surgical site cooling, instrument temperature control (≤33°C), and thermal damage prevention. -
Ergonomic Surgical Instrumentation
Aerospace-grade lightweight handpiece with optimized sealing design ensures uniform irrigation dispersion. Withstands repeated high-temperature steam sterilization (autoclavable) and rigorous cleaning protocols without performance degradation. -
Intelligent Control System
Equipped with a 7-inch IP-rated color touchscreen and multi-functional footswitch for seamless operation mode transitions. Incorporates premium silent motors and cascaded frequency-stabilization algorithms to minimize procedural noise (<60 dB).
Technical Highlights:
• Bone-specific cutting with soft tissue preservation
• Real-time thermal management system
• Medical-grade corrosion-resistant materials
• Procedure time reduction up to 35%
• Accelerated postoperative recovery
