Campbell P M
Angle Orthod. 1995;65(2):103-10. doi: 10.1043/0003-3219(1995)065<0103:ESAOBD>2.0.CO;2.
The enamel surfaces of extracted teeth were studied clinically and with a scanning electron microscope following debonding of orthodontic attachments and subsequent polishing. Excess orthodontic resin was removed with tungsten carbide burs and abrasive discs. Several combinations of polishing agents were evaluated. The no. 30 fluted tungsten carbide bur appeared to be the most efficient method of removing highly filled resin, and it produced the least amount of scarring. A polishing sequence was developed which used resin points and cups followed by a water slurry of fine pumice and brown and green cups. This procedure was tested clinically and appeared to return the enamel to an acceptable condition. This procedure is fast, efficient, and comfortable for the patient.
对拔除牙齿的牙釉质表面进行了临床研究,并在正畸附件脱粘及随后抛光后用扫描电子显微镜进行观察。用碳化钨车针和砂片去除多余的正畸树脂。评估了几种抛光剂组合。30号带槽碳化钨车针似乎是去除高填料树脂最有效的方法,且产生的划痕最少。制定了一个抛光程序,先用树脂尖和杯状工具,然后用细浮石水浆以及棕色和绿色杯状工具。该程序经过临床测试,似乎能使牙釉质恢复到可接受的状态。该程序快速、高效,且对患者来说很舒适。