How Ultrasound Treatment for Capsular Contracture Works and What to Expect

Ultrasound Treatment for Capsular Contracture involves targeted sound waves that will help soften the hardened scar tissue surrounding breast implants. This non-surgical procedure does not require any cuts and has become quite popular lately as an alternative to surgery. Patients can get rid of their problem without having to undergo another surgical intervention.

In case your implants appear to be hard, deformed, and painful, you are probably experiencing capsular contracture. This problem tends to happen frequently after breast augmentation and can be experienced even years after the first procedure.

Not only are the patients concerned about their condition, but the question they ask is not, “What’s the matter?” but rather, “How can I deal with my problem without undergoing another surgery?”

That’s exactly what this article addresses. You will learn more about the process of ultrasound therapy for capsular contracture, its benefits, who can undergo the treatment, and what to expect from it.

What is Capsular Contracture?

When getting breast implants, your body creates a layer of natural scar tissue around the implants. This is absolutely normal, and usually, it does not affect the patient in any way.

In case of capsular contracture, the capsule becomes thicker, tighter, and squeezes the implant. In severe cases, it can result in breast hardening, a change in shape and positioning of the breast, and even pain.

The severity of capsular contracture is classified according to the Baker scale into grades I through IV:

Ultrasound therapy is often used for grades II and III, where intervention helps prevent surgical intervention.

How Ultrasound Treatment for Capsular Contracture Works

In Ultrasound Therapy for Capsular Contracture, low-frequency sound waves penetrate deeply into the breast tissues. They generate vibration in the body cells. It aims at breaking down the tough scar tissue, reducing inflammation, and improving blood circulation in the affected region.

The process is based on two different effects:

● Thermal effect: The waves cause a slight temperature increase in the tissues. As a result, there is relaxation and loosening of the tight capsule. The increased warmth also enhances blood flow and tissue flexibility.

● Mechanical effect: They induce vibrations, which cause breakdown of collagen fibers in the thick connective tissue layer. Over multiple sessions, this can visibly soften the capsule and reduce the compression on the implant.

It is a non-invasive process whereby the therapist moves the ultrasound device over the skin without any need for needles, surgical cuts, or anesthesia.

What To Expect in Your Treatment Session

The majority of patients find the procedure relaxing rather than uncomfortable. The following is a basic overview of what can be expected during a normal session:

● Duration of Procedure: The procedure takes anywhere from 20 to 40 minutes, depending on the extent of pain.
● Sensation: Patients generally experience a warmth or mild tingling sensation. Only very few people experience pain during treatments.
● Duration: A series of treatments normally takes several weeks, with the number of sessions varying from one patient to another. Your doctor will be able to determine your response to the procedure.
● Aftercare: No recovery period is needed after the procedure. The majority of people go right back to their normal activities.

The results are not immediate. In many cases, the softening effect occurs gradually during the treatment process, with improvements still ongoing even weeks after.

Who Makes a Good Candidate?

Ultrasound therapy for capsular contracture works effectively for those who:

● Suffer from Grade II or Grade III contracture
● Wish to delay revision surgery
● Are not suffering from an infection or rupture
● Had augmentation or reconstruction and suffers from progressive firmness
● Are you looking for a non-surgical approach to maintain the longevity of implants

Grade IV contracture would not be ideal due to significant alterations, which require surgical intervention. It is important to conduct a full assessment before commencing treatment.

Ultrasound Treatment vs. Surgical Intervention: What You Should Know

One question that often arises from patients is whether ultrasound therapy can replace surgery. The truth is, it all comes down to severity and timing.

Ultrasound therapy is typically considered a part of post-surgery recovery for most patients. Timing is everything when it comes to ultrasound.

Advantages of Ultrasound Therapy for Capsular Contracture

Increased attention toward ultrasound therapy is due to the following benefits for the right candidates:

● Non-invasive: No risks related to anesthesia and surgery
● Selective: Sound waves penetrate deeply into tissues without influencing the skin
● Repetition: Sessions can be continued or resumed if contracture recurs
● Supplemental: Can be used together with other treatment approaches, like massage
● Easy access: No prior preparation necessary and no post-treatment recovery period

This treatment modality holds significant meaning for patients who have already experienced the emotional and physical strain of breast implant complications.

Qualities of an Ideal Therapist

Ultrasound treatment for capsular contraction is not only about having equipment. You will need a professional who is experienced in handling such problems. What you should look for when choosing a provider who

● Has experience dealing with complications of breast augmentation surgery
● Uses a protocol-based method of treating the condition
● Being able to assess contracture levels before creating a personalized plan
● Tracks your progress and adjusts treatment if necessary
● Combines ultrasound therapy with other techniques to recover

The more specialized a clinic is, the more likely it is to recognize the type of contractures requiring surgery.

Conclusion

Ultrasound therapy is indeed an effective alternative solution for patients suffering from the most annoying complication after breast implant surgery. Being a non-invasive method for breaking down hardened scar tissue, ultrasound therapy can eliminate the main cause of the complication without any risks, expenses, or recovery periods associated with surgical procedures.

The sooner you seek medical advice, the better results you will be able to achieve. The effectiveness of ultrasound therapy increases dramatically when applied to Grade II and Grade III contractures. Patients who turn to ultrasound treatment on time will be able to achieve the best results.

When you feel that you have some changes in the firmness of your implants, it is highly recommended to undergo ultrasound therapy to eliminate possible complications. Aspen After Surgery Center can offer you the most advanced non-surgical method of managing capsular contracture complications. This patented technology can be used during all stages of the post-augmentation recovery period.

Frequently Asked Questions

1. Does ultrasound treatment for capsular contracture cause any pain?

There is rarely any pain associated with ultrasound treatment for capsular contracture. You might feel some warmth or even slight tingling, which is perfectly fine since the treatment uses sound waves of low intensity transmitted non-invasively to the skin. In case there’s any discomfort, your provider can change the intensity of the ultrasound and make sure that you are comfortable throughout the session.

2. How many sessions of ultrasound therapy for capsular contracture are typically needed?

It depends on the severity of the condition and the individual responses of the patient to ultrasound treatment. Generally, you will need multiple treatments performed within a few weeks in order to achieve the desired results. However, some patients report tissue softening after just a few sessions.

3. Does ultrasound treatment prevent future development of capsular contracture?

Ultrasound treatment can help reduce existing contracture and prevent further growth of tissue. However, there is no guarantee that it will provide long-term relief. For those with a history of contracture, maintaining treatment and regular monitoring is essential. Combined with proper postsurgical care, ultrasound treatment helps prevent future recurrences.