When dermal fillers require correction or removal, ultrasound-guided dissolving offers a precision-driven solution. At Tansavatdi Facial Plastic Surgery, we utilize high-definition imaging to safely dissolve unwanted fillers, ensuring refined results and enhanced safety for facial and neck treatments.
This treatment is reserved exclusively for patients who are undergoing surgery.
As a double board-certified facial plastic and reconstructive surgeon specializing exclusively in the face and neck, Dr. Kristina Tansavatdi combines advanced imaging with surgical-level anatomical knowledge to dissolve filler safely and precisely. By integrating the Clarius high-resolution ultrasound system, we can visualize filler placement in real-time, avoid critical vessels, and deliver targeted treatment that restores smooth, natural facial balance.
Ultrasound-guided filler dissolving utilizes a Clarius high-frequency ultrasound device to precisely visualize the location of dermal filler beneath the skin before treatment. This handheld imaging system emits 15–20 MHz sound waves that safely capture detailed, real-time views of soft tissue, blood vessels, and filler placement.
Here’s how the process works:
By replacing guesswork with guided precision, this technology dramatically reduces the risks associated with blind injections.
You may benefit from this treatment if you:
At Tansavatdi Facial Plastic Surgery, each procedure is directly supervised by Dr. Kristina Tansavatdi, a double board-certified facial plastic and reconstructive surgeon with over 15 years of experience dedicated solely to the face and neck. Her expertise in facial anatomy, vascular mapping, and non-surgical rejuvenation ensures every treatment is both safe and aesthetically refined.
As Ventura County’s only female facial plastic surgeon, Dr. Tansavatdi brings a distinct perspective and commitment to facial harmony and patient safety. Her exclusive focus on facial procedures allows her to approach filler correction by maintaining a delicate balance between structure, proportion, and natural movement.
Most importantly, our approach is patient-first in every sense. Every patient is empowered with clear information and personalized recommendations, ensuring confidence in both the process and the outcome.
When filler results don’t feel quite right, the solution shouldn’t be guesswork. With Clarius™ ultrasound guidance, Dr. Kristina Tansavatdi brings transparency and control to every step in pursuit of naturally beautiful correction. Schedule your private consultation today to experience the next level of expertise in facial rejuvenation and filler management.
Not all irregularities require full dissolution. During your consultation, Dr. Tansavatdi performs an ultrasound scan to assess the amount, location, and type of filler present. In many cases, subtle refinement or partial correction can restore balance without removing all volume.
High-frequency ultrasound (15–20 MHz) can reliably visualize most hyaluronic acid–based fillers and identify their depth and distribution within facial tissue. It also helps differentiate these products from other materials, such as scar tissue or swelling, which is essential for safe and precise correction.
The procedure uses hyaluronidase, a naturally occurring enzyme that breaks down hyaluronic acid, the main ingredient in most modern dermal fillers. Once injected into the targeted area, it converts the filler into smaller molecules that the body safely absorbs and eliminates.
Most patients find the process very tolerable. A topical numbing cream or local anesthetic is applied before treatment, and real-time ultrasound guidance minimizes the number of injection passes, reducing discomfort and swelling.
Yes. After the tissue has fully settled and any enzyme activity has subsided—usually within 1–2 weeks—new filler can be placed, ideally under ultrasound guidance for precise and safe enhancement.
While ultrasound guidance improves safety, all injectable treatments carry some level of risk. Possible side effects include temporary redness, swelling, bruising, or mild tenderness. Rarely, allergic reactions to hyaluronidase or uneven dissolution may occur. These risks are minimized through careful imaging, sterile technique, and direct physician oversight.
Traditional dissolving relies on palpation and estimation. Ultrasound replaces guesswork with real-time visualization, allowing Dr. Tansavatdi to see the filler, avoid blood vessels, and confirm complete correction—significantly reducing the risk of vascular injury or incomplete results.
Avoid blood-thinning medications and alcohol for 24 hours before treatment, and arrive with clean skin. If you have a history of allergies, cold sores, or prior vascular complications, inform the team in advance so that your care plan can be personalized accordingly.
WEBINAR Ultrasound in Facial Aesthetics: Vascular Mapping, Evaluating Fillers and Complications
Ultrasound to improve the safety of hyaluronic acid filler treatments - PubMed
11. High-resolution Ultrasound Mapping Of The Facial Artery At The Mandible And Nasolabial Fold To Prevent Filler-related Complications - PMC
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*The content/images on this website are not a guarantee of individual results. Individual results may vary. The information provided on this site is for general informational purposes only, and does not replace the need for a formal consultation with a plastic and reconstructive surgeon before undergoing a surgical procedure or skin care treatment.