If you are unhappy with your lip filler results, it is possible to reverse the filler procedure. This process may take around 250 Euros. Herein we discuss which lip fillers are dissolvable, what lip filler dissolving involves, what to expect after dissolving the fillers and how much it costs to get lip fillers dissolved.
Lip fillers are a cosmetic procedure that entails injecting the lips to enhance their volume, making them more voluminous. The treatment is not permanent; it lasts for around six to twelve months, depending on various factors, including body metabolism, type of filler, and the client’s age. The fillers do not commit the patients permanently to a look; the process is temporary and reversible through a painless injection. You may dissolve the whole filler or part of it to minimize its volume.
Reasons for Dissolving Lip Fillers
The most common reason for lip filler dissolving is an undesirable look. It may happen due to the filer migration making one area appear fuller than the other.
Other reasons include the following:
- Unevenness and lumpiness
- An allergic reaction, such as swelling
- Asymmetrical result
Which Lip Fillers Are Dissolvable?
According to Xu et al.(2021), a hyaluronic acid filler is reversible. The acid exists naturally in the body, mainly in the connective tissues. Bravo et al.(2022) noted that its primary importance is to keep the skin hydrated, which adds to its plumpness. Hyaluronic acid filler is synthetic, meaning it is manufactured in the lab.
Since fillers degrade with time, you must go for regular check-ups to maintain their look. On the other hand, the other fillers are irreversible until they degrade in the body after some time.
What About Other Non-Hyaluronic Acid Fillers?
If you got any other filler apart from hyaluronic acid and are unsatisfied with the results; your cosmetic injector may correct the asymmetry by adding more filler to balance up. If you do not want to add more filler, you may surgically remove the filler. Discuss with the aesthetic practitioner about the available options.
What Does Lip Filler Dissolving Involve?
Jung & Hyunwork (2020) noted that an enzyme named hyaluronidase is used to reverse the process. It is injected near the filler to dissolve it. Hyaluronidase also exists naturally in the body; it breaks down the HA fillers and makes them last not more than 12 months on the lips. The enzyme can also dissolve the cheek, temple, and eyes if they contain HA.
What You Should Expect
Below is what to expect if you have decided to have the dermal procedure:
- The staff will first perform a patch test of the hyaluronidase enzyme on the part of your body to ensure you are not allergic to it.
- If no adverse reaction takes place, then they will clean the lips. Afterward, a topical numbing cream will be applied to minimize discomfort.
- If you want to dissolve a part of the filler, they will dilute the enzyme to ensure it does not reverse the entire filler.
- Afterward, they will inject it into the tissues part of the lips.
- Once done, they clean your lips and might apply an aftercare cream.
The dermal filling process normally takes a few minutes.
How Much Is It to Get Lip Fillers Dissolved?
If unsatisfied with the results or experienced complications, the aesthetic doctor who performed the initial treatment may dissolve the fillers without a cost. Certain companies’ policy is to reverse the process free of charge in case a patient is dissatisfied or develops complications.
If you decide to go to another cosmetic injector, you may incur a cost of around 250 Euros depending on the following factors;
- Their geographical location
- The amount of hyaluronidase needed
- The doctor’s expertise level
Dissolving the fillers at home may cause an injury or severe complications like vascular damage or an infection.
Aftercare Tips After Dissolving Lip Fillers
A cosmetic doctor will show you the dos and don’ts after the treatments. These include;
- Applying arnica cream to minimize bruising and swelling
- Staying hydrated to fasten the healing process
- Avoiding strenuous exercise for twenty-four to forty-eight hours
Frequently Asked Questions about Lip Fillers
Are There Any Risks of Dissolving Lip Fillers?
The dissolving process is generally safe. However, you may experience bruising or swelling in the infected area, although the bruising is short-lived.
What Are Lip Fillers?
Lip fillers are a non-invasive aesthetic procedure that enhances the lip’s volume making them plumper. The procedure utilizes hyaluronic acid filler. Lip fillers’ benefits include reducing aging signs around the lip area and enhancing appearance.
Does It Hurt to Get a Lip Filler Dissolved?
Lip filler dissolving has similar side effects to dermal injection. The lips are sensitive; it is possible to feel a small quantity of pain. Hence, most cosmetic injectors apply a topical numbing cream before the process.
The Bottom Line
There are various reasons to dissolve the lip fillers, such as filer migration, overfilled lips, lumpiness, infection, late reaction, and asymmetrical results. The process entails using the hyaluronidase enzyme, which occurs in the body. The process begins with a consultation, where the cosmetic injector examines the targeted area. The process takes a short time to complete. The cost is around 250 Euros, although it could vary depending on geographical location and the amount of hyaluronidase used. A qualified cosmetic practitioner should conduct an effective dissolving procedure to prevent adverse side effects.
Bravo, B., Correia, P., Junior, J. E. G., Sant’Anna, B., &Kerob, D. (2022). Benefits of topical hyaluronic acid for skin quality and signs of skin aging: from literature review to clinical evidence. Dermatologic Therapy, e15903.
Jung, H. (2020). Hyaluronidase: An overview of its properties, applications, and side effects. Archives of Plastic Surgery, 47(04), 297-300.
Xu, C., Hung, C., Cao, Y., & Liu, H. H. (2021). Tunable crosslinking, reversible phase transition, and 3D printing of hyaluronic acid hydrogels via dynamic coordination of innate carboxyl groups and metallic ions. ACS Applied Bio Materials, 4(3), 2408-2428.