Composite Bonding London
Free Composite Bonding Consultation
- Chipped or broken teeth?
- Gapped teeth? Teeth different lengths and shapes?
- Uneven, short or worn teeth?
Composite bonding takes just one hour to fix both minor and moderate aesthetic issues at an affordable price. With a free no-obligation consultation and treatment from £250 per tooth, composite bonding gives your smile a mini makeover in just one easy session. 0% finance options available.
Come and see us at our City Clinic. We are based at 14 Austin Friars, London EC2N 2HE. Directions.
What you need to know about composite bonding:
Composite bonding is fast, inexpensive, easy and uses the best materials.
The cost of composite bonding
Composite treatments featuring a higher cost are likely to be composite veneers, just like composite bonding, except that the composite resin covers the entire tooth rather than just one partial area.
Composite bonding is the most cost-effective solution for repairing your smile. It uses a high-end composite material to correct several dental imperfections.
How much is composite bonding per tooth?
The cost per tooth for composite bonding is from £250.
Composite bonding facts
- How long it lasts: Typically, it lasts up to 5 years.
- How much does it cost: From £250 per tooth.
- Does the NHS cover it? No, because it’s cosmetic.
Also known as dental or tooth bonding, composite bonding offers a same-day solution for minor damage or gaps in teeth. A tooth-coloured composite resin is applied directly to the tooth to change its shape, size, or colour. It is perfect for chips and repairs.
Why patients love composite bonding:
- Composite bonding takes one appointment.
- Requires no follow-up appointments or special aftercare.
- It is completely minimally invasive, requiring no enamel removal.
- Made to match and blend flawlessly with existing teeth.
- Can achieve miraculous results with very little work.
- It is the cheapest cosmetic solution available to improve your smile.
- The treatment is completely reversible, meaning you do not need to upkeep it if you do not wish to.
- Larger choice between edge bonding or veneers.
What is composite bonding?
Composite bonding is a popular cosmetic treatment that applies thin layers of tooth-coloured composite resin to the tooth’s surface to rebuild, reshape, and conceal minor smile imperfections like gaps, discolouration or chips. For example, when patients have jagged tooth edges or uneven teeth, our London cosmetic dentists would apply a small amount of bonding (composite edge bonding) to the edges of your teeth to make them appear more even. Composite bonding focuses on a small portion of the tooth, whereas alternatively, composite veneers cover the entire tooth to conceal larger imperfections. Learn more.
Everything composite bonding is used for:
- Correcting of tooth shape and size
- Cracked, chipped and broken teeth repairs
- Restoration of decaying or aged teeth
- Rebuilding worn or small teeth
- Correcting slight tooth misalignment
- Closing gaps between teeth
- Improving the colour of your teeth
Are you and composite bonding the perfect match?
Suitability for composite bonding depends on several factors, like the position and colour of your teeth. But also the goals for your final smile. To be a good candidate, your oral health must be generally good, with enough enamel to bond the composite to. Patients should also be over the age of 18.
“Incredible experience, George makes me feel very safe and comfortable on my visits.”
Is composite bonding better than veneers?
In some cases, composite bonding can be the better option. See benefits.
But it truly depends on the goal of your smile and how long you want it to last. For example, porcelain veneers are generally more durable than composites (lasting up to 15 years versus five).
If damage occurs, bonds can easily be repaired, whereas, on the other hand, porcelain veneers will likely need replacing. If you want to make big changes to your teeth, then it might be easier with porcelain veneers, as composite bonding targets minor imperfections.
