Breast augmentation remains one of the most sought-after cosmetic surgery procedures worldwide, accounting for a significant fraction of Dr. Jack Peterson’s Topeka Kansas practice. A critical element to a successful breast augmentation procedure is the selection of the right implant. In recent years, a particular type of implant has generated much interest amongst patients and plastic surgeons alike – the Motiva breast implants. So, let’s delve deeper into the science behind Motiva and understand how Motiva’s advanced gel technology improves both the feel and safety of breast implants.
A Brief Overview of Breast Implants
Before we delve into how Motiva has revolutionized breast implant technology, it’s essential to brush up our knowledge about basic breast implant composition and types. A breast implant consists of a shell or envelope filled with either saline solution or silicone gel. Dr. Jack Peterson offers both varieties at his clinic, with the choice of implant largely dependent on individual preference, surgical goals and medical recommendations.
Saline Implants
Saline implants consist of silicone shells filled with a sterile saline solution. These implants can be filled during the procedure, allowing for small adjustments in size.
Silicone Implants
Silicone implants, on the other hand, come pre-filled with a silicone gel. The gel closely mimics the feel of natural breast tissue, leading to a natural look and feel once implanted.
This brings us to Motiva, a brand specializing in silicone implants. But what sets Motiva apart? It’s their patented gel technology that ensures safety and a superior feel.
The Motiva Difference: Advanced Gel Technology
Motiva’s gel technology stands out by ensuring consistency in shape, reducing implant rupture risks, and most importantly, providing a natural feel and movement. Let’s explore these advantages in detail.
Consistency in Shape
Motiva’s patented BluSeal technology ensures that the gel remains evenly distributed within the shell. It safeguards against unwanted shape distortions, providing a uniform feel and appearance.
Reduced Risk of Implant Rupture
The cohesive nature of the gel technology significantly reduces the risk of rupture—an issue prevalent in older generation implants. The BluSeal technology results in a strong and sturdy implant that withstands pressure changes without compromising the gel’s integrity.
Natural Feel and Movement
Motiva’s implants leverage an advanced gel technology known as ProgressiveGel Plus. It is this technology that lends the implants a softer and more natural feel, all the while maintaining a realistic firmness, hence closely mimicking the feel and movement of natural breasts. The result? A superior final result that meets patients’ aesthetic goals and enhances their self-confidence.
When it comes to providing the best possible patient outcomes, Dr. Jack Peterson recognizes the critical role played by implant choice. Motiva’s cutting-edge gel technology presents an excellent option for many patients, offering high-quality aesthetics, superior comfort, and unmatched safety.
Are Motiva Implants Right for You?
Deciding on the right breast implant is a highly personal decision and one that should be made after thoroughly discussing your options with a seasoned professional like Dr. Jack Peterson. A consultation at our Topeka clinic will provide you with all the necessary information about Motiva and other implant options. Together, we’ll determine the optimal choice that aligns with your body proportions, lifestyle, and aesthetic goals.
Breast augmentation is a significant step towards embracing your body and boosting your self-confidence. By offering advanced technologies like Motiva, Dr. Jack Peterson reaffirms his commitment to patient safety, satisfaction, and overall positive surgical experience.
Are you considering breast augmentation at our Topeka Kansas clinic? Schedule your consultation with Dr. Jack Peterson today. Here, you’ll not just experience the science behind Motiva, but also witness the dedication and expertise that shapes every patient interaction and surgical outcome.
