In dentistry, tooth restoration technology not only affects the appearance of teeth, but also directly affects the individual's oral health and quality of life. Different filling materials not only play diverse roles in the repair process, but also have their own unique properties. With the advancement of science and technology, the selection and application of these materials are receiving more and more attention. This article will explore the properties of various current filling materials and their importance in restoring teeth.
The history of dealing with tooth damage dates back to the beginning of humankind. As early as 13,000 BC, archaeological discoveries in Italy show that people had begun using asphalt to fill their teeth. And 6,500 years ago in Slovenia, beeswax was used to repair damaged teeth. This historical evidence shows that human dental treatment techniques have continued to evolve over time.
Dental restoration techniques are divided into two main categories: direct restoration and indirect restoration. Direct restorations involve placing a malleable filling material directly into the prepared tooth, while indirect restorations involve making the restorative material in a laboratory before installing it into the tooth. Both methods have their applicable situations and characteristics.
Whether it is a simple filling or a complex restoration, choosing the right material can effectively extend the life of the tooth.
In a direct restoration, the dentist selects the appropriate materials and works directly on the patient's tooth. The following are common filling material choices:
The main advantage of direct restorations is that they are quick and can usually be completed in one visit. During the dentist's procedure, the energy delivered is limited to reduce patient discomfort.
Indirect restorations require a longer process, often with multiple return visits between fabrication and installation of the material. Materials commonly used for this type of repair include:
The tooth shape is determined in advance using digital images and models, so that the material can be more accurately adapted to the patient's needs. This precise process not only increases the restoration effect, but also improves the patient's comfort.
In different situations, the selection of filling materials must take into account many factors, including durability, appearance, strength, etc. Of course, choosing the right materials is critical to the long-term health of your patients, and this includes the following categories:
Durability and wear resistance are important indicators for evaluating filling materials, as they will affect future dental health.
Current research is increasingly focused on finding materials that combine beauty with functionality. The options for dental restorations have also expanded with the emergence of new composite materials that better match the structure and color of natural teeth.
The choice of dental filling materials directly affects the health and function of teeth. No matter from which perspective, the choice of materials must be comprehensively considered. When you are faced with tooth restoration, have you ever considered what filling material is best for you?