Metallfree prostheses (ceramic)

Metal-free ceramic restorations are an important part of Medic Dentist Alina Ionita’s biological treatment approach.

In biological dentistry, the various properties of materials are taken into account. Among other things, their electrical conductivity, potential oxidative processes, and individual aspects of material compatibility are considered.

With this in mind, Medic Dentist Alina Ionita prefers metal-free ceramic restorations whenever medically appropriate. She determines which solution is right for you after a thorough diagnosis and personal consultation.

Metal-free dental restorations refer to treatments that completely eliminate the use of metal components. Instead, materials such as high-performance ceramics are used, which are both durable and aesthetically unobtrusive.

These restorations are designed to blend as harmoniously as possible with the natural row of teeth.

Ceramic is a material that can be tailored very well to match the color and light reflection of natural teeth. This results in highly natural-looking restorations.

In addition, ceramic is often chosen when a metal-free restoration is desired. Ceramic is particularly biocompatible and is therefore especially suitable for people with material sensitivities. It can also be processed with precision and offers high durability in everyday use.

Materials in the oral cavity are in constant contact with saliva, mucous membranes, and surrounding tissue. For this reason, it is important to consider individual tolerance when making a selection.

In biologically oriented dentistry, this aspect is deliberately taken into account and incorporated into treatment planning.

Metal-free restorations can be particularly useful when patients specifically wish to avoid certain materials or prioritize an aesthetically unobtrusive solution.

However, the most appropriate restoration in each individual case always depends on the specific dental situation.

Modern ceramic materials are designed to withstand the daily stresses of the oral environment. This requires careful planning and precise execution of the restoration.

Proper care and regular checkups also help ensure long-term stability.

The longevity of dental restorations depends on various factors, such as the level of stress they are subjected to, oral hygiene, and the individual’s initial condition.

With proper care and regular checkups, ceramic dental restorations can remain stable for many decades.

Metallic materials possess certain physical properties, such as conductivity and the ability to react with their environment. Because they are in constant contact with saliva and tissue, their use in a biological context is evaluated on a case-by-case basis.

With this in mind, many patients consciously choose metal-free alternatives such as ceramic. The most appropriate treatment option is always determined on a case-by-case basis.

A crown does not automatically require root canal treatment. In some cases, however, placing a crown may require more extensive preparation of the tooth, especially if a significant amount of tooth structure has already been lost or the defect is very deep.

The closer a treatment gets to the dental nerve, the more strongly the tooth may react. That is why we carefully assess which treatment is truly necessary and how as much healthy tooth structure as possible can be preserved. In biological dentistry, this approach—which prioritizes preserving tooth structure—plays an important role.

Partial crowns can be an excellent option for providing stable restoration to damaged areas while preserving healthy tooth structure. Unlike with a full crown, it is not always necessary to cover the entire tooth.

When the conditions are right, a ceramic partial crown can be functionally stable, aesthetically natural, and gentle on the tooth structure. That is why we assess each case individually to determine whether a partial crown is sufficient or if a full crown is a better option.

Metal crowns have been used for many years and can be functionally durable. In the field of biological dentistry, however, additional material properties beyond mere stability are taken into account.

Metals are electrically conductive, can interact with other materials in the oral cavity, and look less natural than ceramic restorations. For this reason, many patients today prefer metal-free ceramic solutions that blend harmoniously with the natural teeth and offer good material compatibility.