Acteon Implant Protect Scaling Tips
IP1 - F02121
Debridement of the implant abutment and wide threads.
Pure titanium tip with a wider extremity for implant abutment cleaning and large thread debridement.
IP2L - F02122
Debridement of medium implant threads, left-oriented.
Pure titanium tip with a similar shape to P2L tip for the debridement of medium implant threads. The bend of the tip allows movement around the entire implant for total decontamination.
IP2R - F02123
Debridement of medium implant thread, right-oriented.
IP3L - F02124
Debridement of narrow implant threads, left-oriented.
IP3R - F02125
Debridement of narrow implant threads, right-oriented.
Preserve Teeth With Perfect Ultrasonic Vibrations and Steel Tip Quality
Acteon® equipment technologies and tips responds to practitioners clinical expertise.
The ultrasonic micro-oscillations transmitted from the handpiece to the tip generate perfectly linear movement. Therefore the tip undergoes to-and-fro movements in the axis of the handpiece.
The active area of each tip is located on the distal 2-3mm. This working section may be applied on the surface to be treated, moving progressively from the crown to the root.
The linear movement of the tip can be used in various ways which are also complimentary:
Sweeping: indicated for scaling and disrupting the biofilm.
The tip must be applied tangentially on the part to be treated, and used over its entire active section.
Hammering: used to fragment large tartar deposits and remove cements.
The tip must be positioned facing the element to be detached, and used without pressure on its point.
The unmatched performance of Newtron® technology paves the way for more precise, faster and painless procedures.
The frequency (number of oscillations per second) of each tip adjusts in real time:
- Better tactile sense
- No power loss
- Soft tissue preservation
The amplitude (tip movement) is perfectly controlled and constant:
- Very regular sweeping effect
- Gentle vibrations giving a pain-free treatment
The power required is instantly adjusted depending on the resistance encountered by the tip:
- No pressure necessary
- Decrease fatigue for the practitioner
- Greater efficiency
The ultrasonic vibrations also cause a biological effect called cavitation, which has interesting benefits.
When a liquid is exposed to ultrasonic vibrations, the acoustic wave induces quite large pressure changes to create small bubbles of vapor called cavitation.
These bubbles are extremely unstable and burst violently, leading to the fragmentation and removal of the deposits.
In addition cavitation creates micro-bubbles of oxygen which have a cleansing, disinfectant effect.