Minimally Invasive Porcelain Veneers Have Many Advantages
Why Michael Kim DDS Recommends Minimally Invasive Porcelain Veneers
Here at Michael Kim DDS, we are concerned about your long term dental health, which is why we provide minimally invasive porcelain veneers. Unlike traditional veneers, Minimally invasive porcelain veneers are designed to be ultra-thin — about as thin as a contact lens — so they can be applied seamlessly over your teeth. Minimally invasive porcelain veneers are so thin, in fact, that little to no tooth reduction is required for treatment. Traditional veneers are much thicker and often require grinding down of the original tooth structure for proper placement.
Minimally invasive porcelain veneers innovative design not only makes the application far less invasive than traditional veneers, but it also makes for a speedy treatment process. Most cases can be taken care of in as little as two visits. If you live in Mequon, and , Wisconsin or the surrounding area, we would appreciate serving you.
How We Can Help: Minimally Invasive Porcelain veneers Solve A Variety Of Dental Problems
Here are just a few of the problems that minimally invasive porcelain veneers can help to improve your smile:
- Brighten stained and discolored teeth
- Restore chipped teeth
- Eliminate spacing and gaps
- Align crooked teeth
- Reshape small or misshapen teeth
- Renew old dental work
- Perfect your Hollywood smile
- Worn down, chipped, or broken teeth
- Stained or discolored teeth
- Uneven or irregularly shaped teeth
- Gaps between teeth
Contact Us And Find Out If Minimally Invasive Porcelain Veneers Are Right For You!
We know that the joy of a beautiful smile is a priceless commodity. We love helping our patients achieve the smiles they’ve always wanted, and with the help of minimally invasive porcelain veneers, it’s as simple as ever. If you have questions about how minimally invasive porcelain veneers can help your smile, give us a call at 262-241-5558 to set an appointment or email us. We’d love to answer any questions you may have.