Description: Introducing the Saeshin SUS 20 Piezosurgery Unit, a pinnacle of technological sophistication in dental surgery. Engineered to redefine the standards of precision, this unit seamlessly integrates ultrasonic technology to elevate surgical outcomes. Aimed at enhancing the practitioner's capabilities, the SUS 20 is designed for optimal performance in a diverse range of oral surgical procedures.
Key Features:
Ultrasonic Precision: The SUS 20 harnesses ultrasonic technology with surgical precision, enabling a minimally invasive approach. This feature ensures meticulous bone cutting and soft tissue management, minimizing trauma and accelerating patient recovery.
Intelligent Frequency Modulation: With an intelligent frequency modulation system, this piezosurgery unit dynamically adjusts frequencies based on tissue density. This ensures efficient cutting in both hard and soft tissues, promoting versatility in various dental procedures.
Ergonomic Handpiece Design: The ergonomic design of the handpiece provides practitioners with exceptional control and comfort during surgery. This contributes to fatigue reduction and facilitates intricate maneuvers, essential for achieving optimal surgical outcomes.
Benefits:
Minimized Tissue Trauma: The ultrasonic precision of the SUS 20 reduces collateral tissue damage, preserving the surrounding structures. This minimizes postoperative discomfort for patients and accelerates the overall healing process.
Versatile Applications: The intelligent frequency modulation system allows for versatile applications, making the SUS 20 suitable for a wide array of dental procedures, including bone surgeries, extractions, and implant site preparation. This adaptability enhances the clinician's versatility in addressing diverse patient needs.
Enhanced Operator Comfort: The ergonomic handpiece design prioritizes the comfort of the practitioner, reducing fatigue during prolonged surgeries. This ergonomic advantage not only contributes to the clinician's well-being but also enhances precision and control throughout the procedure.
