Crepey skin is one of the most common concerns I hear at Dr. Cris Studio — and one of the most undertreated. Patients describe it the same way every time: “my skin looks like tissue paper,” “it’s wrinkled even when I’m not moving,” “it started on my arms and now it’s on my neck, my chest, my inner thighs.”
Most of them have already tried every cream, oil, and firming lotion on the market. Some have helped a little. None have fixed it. And that’s not because they chose the wrong product it’s because crepey skin is a structural problem, and topical products work at the surface level. You cannot moisturize your way out of collagen loss.
This post explains what crepey skin actually is at the biological level, what causes it, and what treatments biostimulators, CO2 laser, and exosome therapy can produce meaningful, lasting improvement.
What Crepey Skin Actually Is
Crepey skin is the visible result of collagen and elastin depletion in the dermis the middle layer of the skin that gives it its thickness, firmness, and ability to snap back after being stretched.
Healthy dermis is dense with collagen fibers (which provide structure and strength) and elastin fibers (which provide flexibility and recoil). When these proteins are abundant, the skin looks smooth, plump, and firm even at rest. When they are depleted, the skin becomes thin, loses its internal scaffolding, and develops the fine, crinkled texture that looks like crepe paper particularly in areas where the skin is thinner to begin with: the inner arms, neck, décolleté, inner thighs, and abdomen.
The key distinction between crepey skin and ordinary wrinkles: wrinkles are primarily a surface phenomenon, caused by repeated muscle movement and sun damage to the epidermis. Crepey skin is a dermal phenomenon it reflects the loss of structural protein in the deeper layer. This is why it looks the same whether you’re moving or still, and why surface-level treatments produce limited results.
What Causes Crepey Skin
Several factors contribute to collagen and elastin depletion and most patients have more than one at play simultaneously.
Age
Collagen production peaks in the mid-20s and declines by approximately 1% per year thereafter. By the time most patients notice crepey skin typically in their 40s and 50s they have lost 20–30% of their peak collagen density. The skin becomes thinner, less resilient, and less able to maintain its smooth surface.
Hormonal Changes
Estrogen plays a direct role in collagen synthesis it stimulates fibroblast activity and supports the skin’s structural protein production. The decline in estrogen during perimenopause and menopause accelerates collagen loss significantly: studies show that skin loses approximately 30% of its collagen in the first five years after menopause. This is why crepey skin often appears or worsens dramatically in the perimenopausal years, even in patients who have taken good care of their skin.
Sun Damage
UV radiation is one of the most potent accelerants of collagen degradation. It activates enzymes (matrix metalloproteinases) that break down collagen and elastin, and it generates free radicals that damage the fibroblasts responsible for producing new structural proteins. Decades of cumulative sun exposure even without visible burning produce significant dermal collagen loss, particularly on the arms, neck, and décolleté.
Weight Loss
Significant weight loss whether from diet, exercise, or GLP-1 medications like Ozempic or Wegovy removes the subcutaneous fat that provides structural support beneath the skin. When that support disappears faster than the skin can adapt, the result is crepey, loose skin that lacks the internal scaffolding to remain taut. The faster the weight loss, the more pronounced the crepiness. This is particularly visible on the arms, inner thighs, and abdomen.
Pregnancy
Pregnancy is one of the most common causes of crepey skin on the abdomen and one of the most underrecognized. During pregnancy, the skin of the abdomen stretches rapidly and significantly to accommodate the growing uterus. This stretching can exceed what the collagen and elastin fibers can accommodate without damage: the elastin fibers fracture, reducing the skin’s ability to recoil after delivery. The result is the loose, crepey, sometimes wrinkled abdominal skin that many patients notice postpartum even after the pregnancy weight has been lost.
Hormonal changes compound the problem. Estrogen which directly supports collagen synthesis drops significantly after delivery and during breastfeeding, reducing the skin’s capacity to rebuild the structural proteins that were damaged during pregnancy. For patients who have had multiple pregnancies, or who were pregnant later in life when collagen reserves were already declining, the cumulative effect on abdominal skin quality can be significant.
Dehydration and Lifestyle Factors
Chronic dehydration, smoking, poor sleep, and nutritional deficiencies (particularly vitamin C, which is an essential cofactor for collagen synthesis) all accelerate dermal collagen loss. These factors compound the age- and hormone-related decline.
Why Topical Products Can’t Fix Crepey Skin
This is the question I get most often, and the answer is straightforward: topical products work at the epidermis the outermost layer of the skin. Crepey skin is a dermal problem. The dermis sits beneath the epidermis, and most topical ingredients cannot penetrate deeply enough to reach it in concentrations sufficient to rebuild structural protein.
Retinol and certain peptides can stimulate some collagen production in the upper dermis with consistent long-term use and they are worth using as part of a maintenance routine. But they cannot rebuild the collagen matrix that has been lost over decades of aging, sun damage, hormonal decline, weight loss, or pregnancy. For that, you need treatments that work at the dermal level directly.
What Actually Works: Treatments for Crepey and Flabby Skin
Biostimulators (Bio Curve Protocol)
Biostimulators are injectable treatments including Sculptra (poly-L-lactic acid) and Radiesse (calcium hydroxylapatite) that work by triggering the skin’s own collagen and elastin production. When injected into the dermis or subdermis, they activate fibroblasts the cells responsible for producing structural proteins and stimulate a sustained collagen-rebuilding response that develops over 3 to 6 months.
At Dr. Cris Studio, the Bio Curve protocol uses biostimulators strategically across the face and body to address crepey and flabby skin where it appears: arms, abdomen, inner thighs, neck, décolleté, and knees. The results are durable the collagen produced is the patient’s own and persists for 2 years or more and they improve progressively with each session. Most patients see optimal results after 2–3 sessions spaced 6–8 weeks apart.
CO2 Laser Resurfacing
CO2 laser delivers controlled thermal energy to the skin, creating microscopic zones of injury that trigger the skin’s wound-healing response a cascade of collagen synthesis, cellular renewal, and tissue remodeling. At the surface, it removes damaged epidermal cells and reveals fresher skin beneath. At the dermal level, it stimulates significant collagen remodeling that improves skin thickness, firmness, and the crepey texture.
CO2 laser is particularly effective for crepey and flabby skin on the arms, abdomen, neck, and décolleté. It requires 5–7 days of downtime but produces results that are not achievable with non-ablative treatments. At Dr. Cris Studio, I apply exosomes immediately after CO2 laser to accelerate healing and amplify the collagen-remodeling response.
Exosome Therapy
Exosomes the biological signaling vesicles produced by mesenchymal stem cells deliver growth factors and regenerative signals directly into skin cells, triggering collagen synthesis, cellular renewal, and inflammation resolution at the intracellular level. Applied through microneedling channels or immediately after CO2 laser, they amplify the collagen-stimulating effect of both treatments and accelerate the skin’s regenerative response.
For patients with crepey or flabby skin who want meaningful improvement without the downtime of CO2 laser, microneedling with exosome application is an effective alternative that produces progressive improvement over multiple sessions.
The Combined Protocol
For patients with significant crepey or flabby skin on the arms, abdomen, thighs, or elsewhere I perform the Bio Curve biostimulator injections first, then immediately follow with CO2 laser resurfacing in the same session, with exosomes applied post-laser. This combined approach addresses the problem from the deepest structural level to the surface in a single treatment, with a single recovery period.
Which Treatment Is Right for You?
The right approach depends on the severity of the crepiness, the areas affected, your skin’s overall condition, and your tolerance for downtime. This is exactly what a consultation is for I assess your skin, understand your goals, and build a protocol that addresses what your skin actually needs.
Book a crepey skin consultation at Dr. Cris Studio →
Dr. Cris Andrade · Founder, Dr. Cris Studio · 455 Madison Avenue, Spa Level, New York, NY 10022 · (212) 347-4708
Frequently Asked Questions
What is crepey skin?
Crepey skin is the thin, fine-wrinkled, tissue-paper-like texture that develops when collagen and elastin in the dermis are depleted. It is most common on the inner arms, neck, décolleté, inner thighs, and abdomen, and it appears at rest not just with movement.
What causes crepey skin on the abdomen?
The most common causes of crepey abdominal skin are pregnancy which stretches and damages the skin’s elastin fibers and significant weight loss, which removes the subcutaneous fat that provides structural support beneath the skin. Age-related collagen decline and hormonal changes (particularly post-delivery estrogen drop) compound both.
What causes flabby skin on the arms and thighs?
Flabby skin on the arms and inner thighs is primarily caused by the combination of collagen and elastin loss (from aging, sun damage, and hormonal changes) and the removal of subcutaneous fat through weight loss. When the skin’s structural proteins are depleted and the internal fat support is gone, the skin cannot remain taut producing the loose, flabby appearance.
What causes crepey skin?
The primary causes are age-related collagen decline, hormonal changes (particularly the estrogen decline of perimenopause, menopause, and postpartum), cumulative sun damage, significant weight loss, pregnancy, and lifestyle factors including dehydration and smoking.
Can crepey skin be reversed?
Meaningful improvement is achievable with the right treatments. Biostimulators, CO2 laser resurfacing, and exosome therapy all stimulate collagen production in the dermis the layer where crepey skin originates and produce real, durable improvement in skin thickness, firmness, and texture.
Do creams and lotions fix crepey skin?
Topical products work at the epidermis and cannot rebuild the dermal collagen matrix that crepey skin reflects. Retinol and peptides can support collagen maintenance with consistent long-term use, but they cannot reverse significant structural collagen loss. In-clinic treatments that work at the dermal level are required for meaningful improvement.
How many treatments do I need for crepey skin?
This depends on the severity and the treatment approach. Most patients see optimal results from the Bio Curve biostimulator protocol after 2–3 sessions. CO2 laser typically produces significant improvement in a single session. The consultation determines the appropriate protocol for your specific presentation.
Is crepey skin treatment available in NYC?
Yes. Dr. Cris Studio is located at 455 Madison Avenue, Spa Level, in Midtown Manhattan. Book a consultation here.