Description:

The CAVI DNP-80294 Cavitron FSI Powerline Insert 30K (10 EA) represents a top-tier solution for ultrasonic scaling, specifically designed for the swift removal of moderate to heavy calculus during dental hygiene and periodontal maintenance tasks. Built to work with 30K Cavitron ultrasonic scaling machines, this insert is part of the established FSI (Focused Spray Insert) series, recognized for providing excellent clinical performance along with enhanced patient comfort. With its wide, robust tip design, the Powerline Insert is suitable for gross debridement and rapid scaling, delivering a larger surface area and effective energy transfer for disrupting stubborn calculus and biofilm. Operating at a frequency of 30K ensures compatibility with most standard Cavitron units functioning at 30,000 cycles per second, resulting in consistent, powerful vibrations for thorough removal of deposits. The insert's integrated Focused Spray® technology directs a concentrated stream of water to the working tip, which improves visibility, enhances cooling, and boosts patient comfort throughout the procedure. This feature minimizes heat build-up at the tip while aiding in debris removal and reducing tissue trauma. Each insert in this 10-pack is crafted with precision and longevity in mind, designed to endure multiple sterilization cycles while maintaining optimal performance over time. The ergonomic grip ensures exceptional comfort for clinicians and tactile feedback, helping to lessen hand fatigue and improve accuracy during lengthy scaling procedures. Ideal for both general dental and periodontal specialty settings, the Powerline Insert excels at reaching supragingival and shallow subgingival areas. It is recommended for initial therapy, routine cleanings, and pre-surgical debridement, offering versatility across a range of treatment protocols. The CAVI DNP-80294 Cavitron FSI Powerline Insert 30K is a crucial tool for dental professionals in search of a high-efficiency and dependable ultrasonic insert. Its blend of power, precision, and comfort enhances efficient scaling workflows and improves both clinician satisfaction and patient outcomes.