Effective scaling and root planing are key to maintaining optimal health of periodontal tissues. Today, dental hygienists already have good equipment to provide ultrasound and manual dental equipment. Each technique requires the most appropriate tools to accomplish the task at hand. In ultrasound machines, various insertions and sophisticated designs should be used for the advantage of clinicians. It may be ineffective to use an ultrasound insert or cue to detect the entire oral cavity or to treat deep pockets.
Ultrasonic insert/prompt option
Traditional UITs include beavertail, triple bend, and universal. Despite the name "universal" implies that the Inuit can be used anywhere, but according to the Angle of the instrument, the different length and diameter, a general Inuit in 4 mm or less of the application of deep investigation depth. The traditional UITs are used for orthodontic cement (bea vertail), dense or loose supragingival and sub marginal deposits (general rules and thinner diameters), and fortitude (triple curvature) or easy to remove external stains. Although these labels describe magnetostrictive insertion, similar designs apply to piezoelectric elements.
Traditional UITs wide diameter and long stroke, to reduce moderate to heavy sediment and tenacity of stones and dyeing provided amplitude or power, which usually is the first step in preventive oral or initial treatment. The bacterial biofilm and lighter sediments were then removed using a thinner UITs mechanism. Depending on the conditions, such as the tone of the gum tissue and whether to use anesthesia, a thinner standard, the Inuit, could be more than 4mm under the gum.
Thin, delicate, or ultra-thin UITs can have different lengths and diameters. Straight and curved designs (i.e., left and right) are purchased as a set of anatomy to adapt to changing roots. Simple anatomical tips such as the front teeth of the face and tongue. The curved UITs are used for complex post-anatomy, furcations, and proximal regions. For deposit type and anatomy, selecting the best newt depends on the depth of the probe. The contour and tone of the gums (i.e. inflammation); Grades and visits; Liquidity; The root of the terrain and under the gingiva. Compared with the standard UITs, a thin UITs can initially produce more immediate attachment loss after treatment, but long-term healing is similar. The ultrathin UITs represent photodeposition and biofilm destruction.
Special UITs are used for the debridement of implants, furan and root surface finishing. Implants are made from specific materials or plastic shells. Conventional metal UITs can significantly change the surface of titanium, II type gold and cobalt chromium alloy implants. Copper alloys are another option for future cutting-edge manufacturing because it helps reduce deposition and reduces damage to the surface of the implant. 4. The tip of copper alloys and plastics has the least influence on the titanium surface, so both of these methods apply to implants
Furcation UITs include thin, very thin and ball-ended tips. Tip of ball head (0.8mm end; Left, right, and straight) used for instrument sag, hole, and top furcations. The tip of the ball end is designed to reduce the root roughness of complex branching structures.
A diamond coated UITs is used to complete the root surface, preferably with a dental endoscope. You must be careful because these prompts inadvertently remove the root structure. Therefore, some manufacturers suggest using only diamond coatings in surgical procedures.
evaluate
During treatment, clinicians use patient assessment data to determine the dental supplies options. Two of the most influential factors are savings and root anatomy. Gum inflammation and contour, such as cratering or decline, are also considered. The probe depth was examined in the selection of the Inuit length and diameter and its shape (bent or straight). Furcations, their terrain, and access are also important. The root surface anatomy and location of any visible calculi are important.
The best ultrafine diameter UITs can be used to assess the root of treatment, however, an explorer is the key to determining the clinical endpoint. In the re-evaluation of treatment of non-surgical periodontal disease, the seeker is also used to determine the treatment endpoint. During this period, UITs were used to remove residual stones, reaccumulation of sediments, and biofilm detection from areas of bleeding.
