What is dental veneering?
Improving the aesthetics of the smile is a priority for many of us, and dental veneering is one of the most popular and effective methods to achieve this. But what exactly is veneering, and what is the difference between direct and indirect veneering? Advanced Dentistry provides you with all the information you need.
Dental veneering is an aesthetic dental procedure that involves applying thin “veneers” to the frontal facade of teeth to improve their appearance. These veneers can be made from composite or porcelain and can change the color, shape, size, or length of the teeth.
Direct veneering
In direct veneering, the dentist applies a tooth-colored composite material directly onto the surface of the tooth and shapes it to create an aesthetic form. This is a relatively simple procedure that can be completed in a single visit to the clinic.
Advantages of direct veneering
- Time efficiency: The direct veneering process is faster as it does not require a laboratory and can be completed in a single visit.
- Cost: Direct veneering is generally less expensive than indirect veneering.
- Regenerative: If the direct veneer is damaged, it can be relatively easily repaired.
Indirect veneering
In indirect veneering, impressions of the patient's teeth are taken, and the veneers are created in a laboratory from porcelain based on these impressions. Then, the veneers are cemented onto the teeth in a subsequent visit to the clinic.
Advantages of indirect veneering
- Aesthetics: Porcelain veneers have a very natural appearance and offer a superior aesthetic smile.
- Durability: Porcelain veneers are more durable and more resistant to stains than composite ones.
- Gingival compatibility: Porcelain veneers are generally better tolerated by the gums than composite ones.
Depending on your needs and preferences, direct or indirect veneering may be the best option. At Advanced Dentistry, we are prepared to guide you in choosing the most suitable option for you. To learn more, contact us to schedule a consultation.