They are one orthodontic option used to align teeth and adjust the bite. Ceramic braces work in a similar way to metal braces but use brackets that are clear or tooth-coloured, making them less visible on the teeth.
For patients who need fixed orthodontic treatment and prefer an option that blends in more closely with their natural teeth, ceramic braces may be considered after assessment.
What Are Ceramic Braces?
Ceramic braces consist of small brackets attached to the teeth and connected by a thin wire. The wire applies gentle and continuous pressure, gradually moving the teeth into their planned positions.
The brackets are made from ceramic material that can be clear or tooth-coloured to reduce contrast with the teeth. In some cases, the wire is coated to help match the surrounding shade.
Because ceramic braces stay in place, they work throughout the day to apply consistent pressure. The dentist or orthodontist monitors progress and adjusts the wires at regular intervals to guide the movement of the teeth safely and steadily.
Suitable Candidates for Ceramic Braces
Ceramic braces may be considered for teenagers or adults with mild to moderate orthodontic concerns. They are often recommended for patients who:
- Prefer brackets that are less noticeable than metal braces
- Have crowding or gaps between teeth
- Need correction of bite concerns such as overbite, underbite, or crossbite
- Are not suitable for clear aligners
- Prefer a fixed orthodontic option that does not rely on removable trays
In cases of severe misalignment or strong biting pressure, the dentist or orthodontist may suggest other treatment options, as ceramic brackets can be more fragile than metal ones.
The Components of Ceramic Braces
Ceramic braces consist of several main components that work together to gradually move teeth:
- Ceramic brackets — Tooth-coloured or clear attachments bonded to the teeth.
- Archwire — A fine wire that connects the brackets and applies consistent force to reposition the teeth.
- Elastic ties or clips — Small rubber bands or built-in mechanisms that hold the wire in place.
Together, these components provide precise control over the movement and rotation of each tooth. The orthodontist makes adjustments periodically to ensure the correct amount of pressure is applied.
