A Minimally Invasive, Tissue-Preserving Future for Breast Augmentation

A question came in after my Paris trip last month, and I wanted to wait until I was back from Costa Rica to give it a proper answer. I was at a minimally invasive breast conference in Paris, and I want to share what's exciting me about the future of breast augmentation — because I think we're on the edge of some real changes.

Breast surgery has gradually become less invasive over the years, but it hasn't quite caught up to some of the other surgical subspecialties when it comes to minimizing scars and trauma to tissue.

Mastectomy has evolved dramatically:

• We used to take the muscle
• We used to take most of the skin
• We used to take the nipple-areola complex
• Now we routinely do nipple-sparing mastectomies with hidden incisions and preserved muscle

That's an enormous improvement in invasiveness for cancer patients. We learned that we could do less and get equivalent outcomes — and our patients have benefited tremendously.

Augmentation, though? We haven't made huge structural changes in recent years.

What's changed:

• We've moved more implants back over the muscle, which doesn't bother your normal anatomy as much
• We use cautery (controlled electrical energy) more, which reduces bleeding
• We have better implants (Motiva, modern cohesive silicone)
• We have better OR techniques (Keller Funnel, NAC shields, hypochlorous acid irrigation)

But the fundamental operation — incision, dissection, implant placement — is largely similar to what we've been doing for the last 15+ years. It's less traumatic than it was, but it's still a meaningful surgical operation with the same broad architecture.

I think we're ready for the next step.

There's a new technique for breast augmentation that I expect to begin doing in the United States in the not-too-distant future. I can't share every detail yet — but here's what makes it genuinely exciting.

The new approach allows for meaningfully smaller incisions than current standard augmentation. We're talking about scars that are dramatically less visible and shorter overall.

The technique causes less trauma to the breast tissue itself during placement. That means:

• Less bruising
• Less swelling
• Faster recovery
• Less disruption to underlying anatomy
• More preserved natural structure

This connects directly to the principles I've written about with Preservé — preserving the natural ligaments and architecture of the breast rather than dismantling them to make room.

This part is what I'm most excited about.

Historically, when we place an implant for an augmentation:

• The implant has to fit the breast base diameter to look good
• That essentially means placing it in the center of the breast
• You can't put extra volume just where you want it

With this new technology:

• We can place implants exactly where the patient wants the volume
• Targeted upper-pole enhancement becomes much more achievable
• We're no longer constrained to the central-pocket model

For patients who want a subtle bump of upper-pole volume without making the whole breast bigger — this is potentially game-changing. (See my post on adding upper-pole volume for context on how hard this is to do well with current options.)

The combination of:

• Smaller incisions
• Less tissue damage
• Targeted placement

…would represent a meaningful step change in what breast augmentation feels like and how it heals. We'd be approaching the level of minimal invasiveness that other surgical subspecialties have achieved with their procedures.

For patients, this could mean:

• Less downtime
• Smaller scars
• More precise outcomes
• The ability to target specific aesthetic concerns rather than just adding generic volume

I can't share every detail of the specific technology or device yet — but I want patients reading this to know that I'm closely involved in evaluating what's coming next in this space (as a KOL and consultant for several companies in the breast surgery world).

When I can say more, I will.

I want to use this moment to make a broader point about plastic surgery:

This is part of why I get frustrated with surgeons who do things only one way, who dismiss new techniques without engaging with them, who treat their own training-era preferences as the permanent right answer.

The next generation of breast augmentation — smaller, more targeted, less traumatic — is coming. The surgeons who engage with it thoughtfully will give their patients better experiences and better outcomes. The ones who don't will fall behind.

If you're thinking about augmentation today and reading this — please don't feel like you need to wait for new technology. The current techniques are excellent, the implants are good, the outcomes are reliable, and you have many great options including Preservé, traditional dual-plane, subfascial, and over-the-muscle approaches.

What I'm describing is the next iteration — exciting, promising, but not yet broadly available. The right augmentation for you, today, is the right one done well by an experienced surgeon.

After attending a minimally invasive breast conference in Paris, I'm genuinely excited about the next generation of breast augmentation:

• Smaller incisions
• Less tissue damage
• Targeted implant placement that doesn't have to fit the breast base
• Real progress toward the same kind of minimal-invasiveness other surgical specialties have achieved

I can't share all the details yet — but I'll be talking more about this as the technology becomes more available in the US. If you're an augmentation patient (current or future), this is good news for you. The field is finally taking the next step toward being as minimally invasive as it can be.

Surgery evolves. The best surgeons evolve with it.