Skin

Skin Laxity: Why It Happens and What Can Realistically Be Done

Skin laxity is driven by more than just collagen loss. Clinic Director Lydia Griffin explains what actually causes the skin to loosen and descend with age, what non-surgical treatments can achieve, and where their limits are.

Published 21 May 2026


Skin laxity is one of the most common concerns patients bring to The London Road Clinic, and one of the most important to approach with honesty. The treatments available for it genuinely work for the right patient in the right situation. They also have real limits, and presenting non-surgical treatment as an equivalent to surgical correction does a disservice to the people considering it.

This article explains what actually drives skin laxity, which treatments address which parts of the problem, and how to think about what is realistic for your situation.


What actually causes laxity

The visible softening and descent of facial tissue is not driven by a single factor. It is the cumulative result of changes happening simultaneously at multiple levels beneath the skin.

Collagen and elastin decline. The skin’s structural proteins, explained in more detail in our guide to collagen, elastin and hyaluronic acid, reduce in quantity and quality with age. The dermis becomes thinner and less supported.

Fat pad atrophy and descent. The face contains multiple discrete compartments of deep fat that provide volume and structural support from below. With age, these fat pads both shrink and descend.

Bone resorption. The facial skeleton slowly reduces in volume with age. The orbital rim, the mid-face and the mandible all resorb, reducing the structural foundation on which overlying tissue rests.

Skin thinning. The dermis gradually thins with age and UV exposure, becoming less able to provide structural support to the tissue above it.


Where laxity tends to present

Lower face and jowls. The most common concern. As the deep fat descends and the mandible resorbs, the overlying tissue follows gravity, creating fullness at the jowl and loss of definition along the jawline.

Neck. Skin laxity at the neck is compounded by the platysma muscle, which forms bands as it slackens with age.

Midface. Volume loss and fat pad descent create a flattened, tired mid-face.


Non-surgical treatments: what they address

Forma radiofrequency uses controlled heat to stimulate collagen production in the dermis and provide gentle tightening. It is well suited to mild laxity at the lower face, jawline and neck. Forma is a maintenance treatment as much as a corrective one.

Fractora fractional radiofrequency microneedling delivers more significant dermal remodelling than surface radiofrequency by combining needle penetration with deep energy delivery. For patients where skin quality and moderate surface laxity are the primary concern, it produces stronger collagen remodelling than Forma.

Profhilo addresses the skin quality component of laxity, improving hydration and stimulating the body’s own collagen, elastin and hyaluronic acid production. Where the skin looks and feels thin, crepey or poorly supported, Profhilo is often one of the most noticeable improvements a patient can make.

Dermal filler for structural support is one of the most overlooked elements of laxity management. When volume is restored to the cheeks, temples and along the jawline, the overlying tissue is structurally supported. This approach works well for mild to moderate laxity. It is genuinely and significantly oversold in cases of substantial descent.

Polynucleotides contribute to the skin quality component, improving firmness, texture and hydration at the dermal level.


Where non-surgical treatment reaches its limit

For mild laxity, non-surgical treatment works well. A combination of radiofrequency, collagen-stimulating treatment and appropriate structural filler can produce results that are genuinely visible and that last with maintenance.

For significant jowling, marked neck laxity or substantial tissue descent, non-surgical treatment cannot replicate what a surgical approach achieves. At The London Road Clinic, we say this at consultation rather than suggesting it can be managed non-surgically when it cannot. Dr Shahe Boghossian’s background includes surgical assessment, and where a surgical discussion is appropriate, we will have it honestly.


Frequently asked questions

At what age does skin laxity typically become noticeable?
Most people begin to notice the first signs of structural change in their late thirties to mid-forties, though this varies significantly with genetics, UV exposure history, weight fluctuations and lifestyle. The clinical picture is more informative than the age.
Can radiofrequency really tighten loose skin?
For mild laxity, yes, meaningfully so. Radiofrequency stimulates new collagen and causes controlled contraction of existing collagen fibres through heat, which produces a firming effect. The degree of tightening achievable is modest and progressive, building over a series of sessions. It is a real effect, but it operates within limits. For significant laxity, radiofrequency improves skin quality and slows progression; it does not replicate surgical lift.
Does filler make laxity worse over time?
Not when used appropriately in appropriate volumes for structural restoration. The concern that filler stretches skin or accelerates laxity with repeated use is not well supported in the literature when clinically appropriate amounts are placed. The risk of a padded or unnatural result from overfilling in laxity cases is real and is why conservative volumes are used and built incrementally.
Is there a non-surgical treatment that compares to a facelift?
No. A facelift repositions descended tissue surgically, addressing the structural displacement at its source. Non-surgical treatments work on the quality and condition of the tissue but cannot replicate mechanical repositioning. For significant laxity, the appropriate comparison is not non-surgical versus surgical but whether the patient wants surgery and is a candidate for it.
How important is sun protection for preventing laxity?
Very. UV is the primary external driver of both collagen degradation and elastin breakdown, and its effects are cumulative over decades. Patients who have used daily broad-spectrum SPF throughout their adult life consistently show better structural preservation than those who have not.
Can weight loss cause or worsen laxity?
Yes, particularly rapid or significant weight loss. The facial fat pads that provide structural support reduce with weight loss, and skin that has been stretched does not always contract fully when the volume beneath it reduces. If you are planning significant weight loss, it is worth discussing timing with your clinic before committing to filler-based volume restoration.

Related advice

Ready to discuss your options?

Book a consultation at The London Road Clinic, Newark. Doctor-led, independently governed, with no obligation to proceed.

Following an in-person consultation with our prescribing clinician, in line with current GMC, NMC, GPhC and GDC guidance.

Registered with & recognised by

Book a consultation WhatsApp