Tooth Resin and Its Advantages and Disadvantages

韓国歯科 Composite tooth resin is made of synthetic resins. This material is a modern restorative material that is insoluble, strong, and tooth-like. This type of resin is cheap and easy to work with, and can be molded and shaped to mimic the shape of your natural teeth. It also resists dehydration and is easily manipulated. However, it has several 韓国歯科 disadvantages. Learn more about this material and how it’s used to replace your natural teeth.

Composite resin bonding

If you have a chipped tooth or stubborn stain, composite resin may be able to fix the problem. The procedure is easy and inexpensive. And it only takes one office visit. The dentist will place a layer of resin onto the tooth, and shape it into the desired shape. Then, he or she will harden the resin with a UV light, and buff the tooth to match the surrounding teeth.

Once the composite resin is applied to the tooth, it must adhere well to the tooth. The procedure will take anywhere from 30 to 60 minutes per tooth, depending on the complexity of the case. The amount of time varies according to the dentist’s skill, experience, and attention to detail. Not all procedures require the same amount of time, so it is important to consider this before scheduling your appointment. Some people want to change the shape of one tooth, while others want to change the spacing between their teeth.

Indirect composites

Indirect composites for tooth resin are a relatively new dental material, but their advantages make them a desirable option for dental restorations. These restorations have higher filler contents than direct composites and are able to handle shrinkage better. They can also be cured for longer periods of time, allowing for more filler to be used. In addition, they can be cured for an entire crown in one process cycle.

Indirect resin composites are made by using a special laboratory procedure. The initial steps include impressions and laboratory fabrication. Then, a laboratory technician uses different polymerization techniques to form the composite inlay. Some methods used to produce composite inlays include 140-degree heat, 0.6-MPa pressure for 10 minutes, and a nitrogen atmosphere. These processes result in composite inlays that have improved physical properties, wear resistance, and biocompatibility. However, the drawbacks of indirect resin composites include the two-part procedure, requiring two appointments and a temporary restoration.

Postoperative sensitivity

There is a connection between the type of tooth resin and postoperative sensitivity. Both types are related to the type of cavity preparation, adhesive approach, and placement technique used to 韓国歯科 place the restoration. The Etch & Rinse approach promotes high bond strength and minimizes postoperative sensitivity. The bulk fill composite with a 4mm increment of bulk packing and self-etch adhesive promotes minimal postoperative sensitivity.

Under curing is one potential cause of postoperative sensitivity. There are several reasons for under curing, including the distance between the tooth and the curing light, and the depth of the resin composite. The best way to minimize the likelihood of postoperative sensitivity is to carefully monitor these details. Also, it’s important to follow manufacturers’ instructions for using the curing light. It’s also important to maintain the curing light regularly.


The toxicity of tooth resin is a serious issue that continues to be debated by the dental community. While the exact cause of this toxicity is unclear, several factors may be involved, including the presence of bacteria at the interface between the composite material and the pulp cells. For example, the enzyme EGDMA can promote the growth of cariogenic bacteria, such as S mutans and S salivarius. The presence of exotoxins produced by bacteria may have detrimental effects on the tissue in the pulp of the tooth.

While there are no published toxicity data for individual dental composite monomers, there have been some reports indicating that TEGDMA is toxic to human fibroblasts. These studies suggest that TEGDMA depletes glutathione and causes production of oxygen reactive species. A study published in J Biomed Mater Res B: Appl Biomater also showed that TEGDMA can cause DNA damage in mammalian cells.


There are several contraindications to tooth resin-based restorations. Patients with a history of allergy to composite resin materials are contraindicated, as is the presence of large amalgam restorations. The presence of subgingival margins, etching, or early decay on molar teeth is also a contraindication. A dentist must carefully discuss the use of resin-based composite with their patients.

Tooth resin-based restorations should not be used on teeth with a high stress-bearing area or a large, multi-surface cavity. They should also not be used in areas that are prone to poor moisture control. Tooth resin-based restorations are safe for most patients. While composite resin-based restorations are the best option, a few conditions can be contraindicated. Contraindications to tooth resin-based restorations should not prevent you from getting this procedure.