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Although all sides of the magnetostrictive insertion are active, both transverse and back are used. In contrast, piezoelectric techniques can be adjusted on the side or side of the tooth. Some manufacturers of piezoelectric techniques suggest other aspects of the tips. Different piezoelectric techniques also have blades that make them more like curets.
Although several different aspects of the Inuit according to ultrasonic dental instruments, once the Inuit is activated for teeth, recent studies have shown that the tip of the insert and piezoelectric magnetostrictive may move in elliptical motion. 6, 7, magnetostrictive intubations and piezoelectric tips can damage the root surface according to shape, lateral force, Angle and power setting. A recent in-vitro study showed that artificial and ultrasound machines produce the same roughness, so the effect should be similar
The activity part of the uit - usually the last 2 mm to 4 mm - is adapted to the root profile. 9. The active prompt area varies with brand and prompt design, so consult manufacturer's instructions. Angle measuring teeth remain unchanged in 0 °, 15 ° all surfaces. To adapt to the root tip more than 15 ° may lead to undesirable stripes, because the maximum power point, can be very thin. Study10 showed that the magnetostriction insertion force is the most powerful close to 0 ° and increases to 90 ° Angle of maximum power. Flemmig et al11 found when using piezoelectric devices, increasing power Angle - to - tooth, tooth surface reaches the top of the 45 °.
The crosscutting, vertical and horizontal modes are used to remove sediment and speckles from italics. At the top or side of the dense sediment, the fracture of its structure is dealt with by tapping the motion. The motion is similar to that of the periodontal probe. In a layered approach, moving sediment from the outer surface to the surface closest to the root structure is more likely to produce polished or incomplete removal. In other words, with tenacious sediment or moderate sediment, a systematic approach is adopted to move instruments from the edge of the gum to the epithelium. Inpermeable deposits require use of periodontal work files to destroy quality and avoid polishing. Smaller deposits may also be dense due to formation or polishing. Removing them requires the use of sufficient electricity and the correct newt, otherwise it will lead to polishing. The Inuit must be able to reach the deposit and be referred to as high power. In this case, dental endoscope is ideal. In contrast, the removal of photodeposition and biofilm occurs on the edge of the epithelium.
The lateral pressure of light is usually small to moderate amount of deposit removal. More stress may be required to remove heavy or tough deposits. Continuous, overlapping vertical and oblique strokes should cover the root surface, especially the plaque biofilm removal. The activation of stroke was slow and methodical while maintaining the Inuit tooth anatomy. In the "vibrato" movement, there are faster strokes to complete the root surface or root surface. However, the document did not mention this recommendation.
Power Settings
In an ideal power setting, the UITs should be activated to achieve results. Low to moderate oral biofilm and clear periodontal procedure and thin newt's design. Medium-high power is used for medium to sediment and traditional Inuit designs. New, thin tips can also be used for high power.
The life of UITs is longer than curets and no sharpening. However, wear does affect the results, as it reduces the Inuit extension of displacement (i.e., power). Prevention of root surface roughness is an important factor to prevent the accumulation and wear of microorganism. The clinician should use the manufacturer's tips to wear a guide to determine if replacement is required.
Patient preference
In the Inuit choice, the patient's desire and comfort always need to be considered. Local anesthesia or local anaesthesia in the subgingiva can alleviate the patient's discomfort. The transfer of deposits should also be carried out in the most efficient manner.
Many factors influence the selection of Inuit people, including the preferences and experiences of clinicians, the method of water delivery, and the types of ultrasound devices available in surgery. Other selection factors include selection of handle diameter, comfort, rotation and fiber optic light, sterilization recommendations, color coding and interchangeability of different generators. The research is limited in relation to the design of newte and its clinical efficacy. It is hoped that future research will fully address this problem. In vitro studies have shown that different insertion/tip design and generator performance vary, but the correlation with clinical outcomes is unknown
Clinicians should review the dental equipment manufacturers' recommendations for Inuit design, purpose, active prompt area, fishing and power Settings to enhance effectiveness to prevent unnecessary damage to the root surface. Many manufacturers' websites contain this information, and some offer video instructions on ultrasonic technology. is one professional dental supplies website which supplies dental equipment in UK with competitive price and high quality.


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