[ALDRIDGE, 28/07/2017] – The Priory Dental Practice is a family and cosmetic dental practice based in Aldridge, Walsall, catering to patients of all ages. The practice offers fixed, sturdy dental crowns and bridges that are custom fitted to the patient. Crowns and bridges fully restore a patient’s smile and allow them to eat and speak with confidence.

Crowns and Bridges

The Priory Dental Practice prescribes crowns to restore the structural integrity of a damaged tooth. The tooth may have dental decay, or have some physical trauma, such as cracking and breakage. Crowns are also used to reinforce the tooth after root canal treatment.

Dental crowns are made of a durable, tooth coloured ceramic, made to match the natural tooth colour and shape of the patient’s remaining teeth. Prior to cementing a crown into place, the dentist will shape the patient’s tooth to accommodate the dental structure.

The Priory Dental Practice also offers bridges, which are very similar to crowns but span over a gap to replace a missing tooth or missing teeth. Unlike dentures, bridges are fixed to the remaining teeth in the same manner as crowns.

An Aesthetic Option

Crowns and bridges are an aesthetic option for patients who wish to restore their smiles. The Priory Dental Practice uses the latest techniques and the highest quality materials to create precise, secure and durable replacement teeth.

The practice is friendly and accommodating, with a team that works closely with their patients to give them a beautiful smile.

About The Priory Dental Practice

The Priory Dental Practice is a family dental practice located in Portland Road, Aldridge. Dr Amit Jutlla heads the practice, having taken over in 2008. He is well versed in a number of fields, including general dentistry, cosmetic dentistry and Invisalign.

The Priory Dental Practice upholds the highest standards of dental care. Their staff regularly undergo professional training to update their knowledge and skills.

For more information, visit https://thepriorydentalpractice.co.uk/