A New Tool for Cleaning Excess Resin Cement
Dental cementation is a crucial process in restorative dentistry that involves fixing dental restorations, such as crowns and bridges, onto natural teeth. Excess resin cement after cementation is a common problem that can lead to various complications. It can cause gum inflammation, interfere with the occlusion of teeth, and affect the aesthetic appearance of the restoration. Hence, it is necessary to look for cleaning excess resin cement thoroughly.
Excess Resin Cement Removal Techniques
Several techniques have been proposed for cleaning excess resin cement after cementation. The most commonly used technique is manual removal with dental instruments, such as probes and curettes. This technique is effective but time-consuming, and it requires a high level of skill to prevent damage to the restoration or surrounding tissues.
Another technique is the use of abrasive materials, such as diamonds and abrasive discs. This technique is faster than manual removal but can also cause damage to the restoration or surrounding tissues. Moreover, the abrasive particles can embed into the restoration, causing discoloration and weakening.
The New Tool for Excess Resin Cement Removal
A new tool has been developed that can effectively remove excess resin cement without damaging the restoration or surrounding tissues. The tool consists of a flexible plastic strip with a tapered, diamond-coated end.
The strip is made of a soft, flexible material that adapts to the contours of the teeth and restoration. The diamond coating on the tapered end is gentle yet effective in removing excess resin cement. The strip can be used to remove excess cement in interproximal areas and other hard-to-reach areas with ease.
Advantages of the New Tool
The new tool offers several advantages over traditional excess cement removal techniques. Firstly, it is gentle and does not cause damage to the restoration or surrounding tissues.
Secondly, it is fast and efficient, reducing the time required for excess cement removal. Thirdly, it is easy to use and requires minimal skill, making it suitable for use by dental assistants and hygienists. Fourthly, it can be used in interproximal areas and other hard-to-reach areas, which are difficult to access with traditional instruments.
Conclusion
The new tool for excess resin cement removal is a significant development in restorative dentistry. It offers several advantages over traditional removal techniques and can improve the quality and efficiency of dental cementation procedures. Dental professionals should consider incorporating this tool into their practice to provide better patient care and achieve optimal results.
