Prophylaxis made easy: Pure Newtron detects and removes plaque with ease

The new Pure Newtron clinical ultrasonic scaler with B.LED (Blue LED) technology from ACTEON, enables users to identify and remove almost 20% more plaque.1

The new integrated clinical ultrasonic incorporates B.LED technology with F.L.A.G. - a fluorescent dental plaque disclosing solution, to guide the practitioner in real time. The dental plaque is clearly identified under fluorescence, helping practitioners see better and treat faster.

Treatment with the B.LED ultrasonic scaler helps avoid the overuse of instruments, therefore preserving healthy tissues. Post treatment, F.L.A.G can simply be washed away with water from a triplex syringe, leaving no residual staining as can sometimes be seen with other disclosing solutions.

Using proven Newtron technology, Pure Newtron provides better tactile sense, no power loss and greater patient comfort. Meanwhile, powerful cavitation at the tip’s extremity induces deposit fragmentation and has a disinfecting effect while removing plaque faster.

The automatic and continuous ultrasonic frequency adjustment guarantees maximal and continuous efficiency, whatever the load applied, without harming teeth or soft tissues.

Power is regulated in real-time, according to the resistance encountered by the tip, for constant performance with no force needed using ACTEON’s special high quality stainless steel tips.

Studies have shown B.LED technology with F.L.A.G. allows the practitioner to remove 19.3% more dental plaque in comparison to performing the same procedure without B.LED technology. The B.LED fluorescent technology also enables practitioners to educate patients and encourage acceptance of treatment.¹

As the most advanced clinical ultrasonic technology on the market, Pure Newtron provides a faster, less invasive treatment that is more comfortable for the patient and user alike.

1. T. Marrien, Clinical evaluation of assisted supraginigval scaling by plaque disclosing agent F.L.A.G.™ for B.LED, Thesis March 2015.