Information to Know About Motiva Breast Augmentation Surgery (Touch, Movement, and Shape)

What Is Motiva Breast Augmentation?

Motiva is a breast implant designed with cutting-edge technology,

and is made with soft texture and elasticity in mind.

This implant may be chosen by those considering breast augmentation,

and it is important to select the implant that suits your body condition and preferences.

Source: TS Plastic Surgery website

ProgressiveGel™ is applied inside the Motiva implant, and it is designed with elasticity and resilience in mind.

This gel is designed to deform according to body shape and movement,

and can be selected to fit an individual’s physical condition.

In addition, Motiva is made based on ergonomic design,

and is one of the implants that takes shape changes in various positions into account.

It is designed with shape changes in mind when standing and lying down, and can be selected according to personal preference and body type.

Source: TS Plastic Surgery website

The surface of the implant is made with fine nano particles and designed with surface characteristics in mind.

This surface is designed to minimize friction with body tissue,

and various implant options can be selected depending on the individual’s condition.

Source: TS Plastic Surgery website

Motiva implants are made with a protective barrier technology called BluSeal inside.

This technology may help increase the stability of the implant and help check the condition of the implant during surgery.

In breast surgery, dissection refers to the process of creating space for the implant to be placed.

In this process, minimal incisions and precise dissection techniques are used,

which may help minimize the incision size and reduce scarring.

Dissection techniques minimize the impact on surrounding tissue,

and may help adjust recovery speed and pain depending on the individual.

These techniques may contribute to reducing the possibility of complications,

and are designed to allow the breast implant to provide natural movement.

Source: TS Plastic Surgery website

The Dry Pocket and Dual Plane surgical methods are used with safety and naturalness in mind, respectively.

These two techniques may be effective during the recovery process after surgery depending on the individual’s condition,

and may help pursue a more comfortable result.

The Dry Pocket technique is an approach that reduces bleeding

while creating the space where the implant will be placed, and aims to minimize the occurrence of hematoma and swelling.

This method is designed to prevent adhesion around the implant so that the breast can move more naturally.

The Dual Plane method is a way of inserting the implant between the breast muscle and tissue,

with the upper part positioned under the muscle and the lower part under the glandular tissue.

This method may be chosen especially by those with thin skin or those who want a natural upper-breast volume,

and it has the feature of helping maintain softness in the upper breast because the implant is positioned under the muscle.

This technique is one of the methods that helps keep the implant position stable.

Source: TS Plastic Surgery website

Before surgery, the patient’s overall health condition is checked to assess surgical suitability.

Blood tests, electrocardiograms, and X-rays are used to confirm whether the surgery can be performed safely,

and if necessary, additional tests can be done to identify and manage risk factors.

Motiva breast augmentation surgery can be performed by combining the Dry Pocket and Dual Plane methods

according to the patient’s body type and skin condition.

Delicate design planning and the latest dissection techniques are options that may be considered not only for first-time breast augmentation patients,

but also for those who are not satisfied with previous breast augmentation.

※ Since side effects such as inflammation, bleeding, and nerve damage may occur depending on the individual, sufficient consultation with medical staff before surgery is necessary.

Example image for reference.