Gummy bear implants are a type of cohesive silicone gel implant used in breast augmentation. Many inquire about their tactile qualities and how closely they resemble natural breast tissue. This article clarifies how these implants feel.
The Material Science of Gummy Bear Implants
Gummy bear implants are named for their unique consistency, similar to the chewy candy, as they retain their shape even if cut. This property comes from a highly cohesive silicone gel, denser and more viscous than traditional silicone implants. The gel’s firmness and “shape memory” result from a higher degree of cross-linking between silicone molecules, creating a semi-solid substance.
This cross-linked structure means the gel resists flow and deformation, allowing the implant to maintain its form and projection over time. The cohesivity also prevents the gel from leaking or migrating into surrounding tissue even if the implant shell is compromised. This material design is fundamental to how these implants feel.
Tactile Sensation Compared to Natural Tissue
Gummy bear implants are designed to mimic natural breast tissue, offering a balance between softness and structural integrity. While they generally feel softer than saline implants, they can be slightly firmer than traditional silicone due to their cohesive gel. The highly cohesive gel moves in a way that contributes to a natural feel and appearance. Many patients report satisfaction with the resulting tactile sensation.
The perception of “realness” can vary. While the implants aim for a natural feel, some people might notice a difference in density or firmness upon direct touch compared to untouched breast tissue. Despite this, the goal is to provide a result that is both aesthetically pleasing and feels natural to the individual and to others.
Factors Influencing the Overall Feel
Beyond the inherent properties of the implant material, several other factors contribute to the final tactile sensation. The placement of the implant, either subglandular (above the chest muscle) or submuscular (beneath the chest muscle), significantly impacts the feel. Submuscular placement, where the implant is covered by muscle, can lead to a softer feel and less visibility of implant edges, especially for those with less natural breast tissue.
The amount of existing natural breast tissue and body fat percentage also plays a role; more natural tissue provides additional cushioning over the implant, contributing to a softer overall feel. Implant size relative to the body can influence the outcome, with a medium-sized implant often leading to more natural-feeling results. Additionally, implants typically soften over time as the body heals and tissues settle, with significant softening often occurring within the first few months post-surgery.