Can Microcurrent Tighten Sagging Jowls

Medically reviewed by

4 independent reviewers

Andrew Conrad Barile, Fisioterapeuta, Doctor en Terapia Física

Andrew Conrad Barile, Fisioterapeuta, Doctor en Terapia Física

Doctorado en Terapia Física (DPT), Fisioterapeuta Licenciado (PT)

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El Dr. Andrew Conrad Barile es Doctor en Terapia Física y CEO y Fundador de Xtreem Pulse LLC. Obtuvo su Doctorado en Terapia Física en Daemen College y aporta más de dos décadas de experiencia clínica y empresarial en terapia física pediátrica, terapia craneosacral e innovación en dispositivos médicos. Su profundo conocimiento de la anatomía humana, la fisiología muscular y la tecnología terapéutica ofrece un enfoque invaluable respaldado por la ciencia para la rejuvenecimiento facial y soluciones antienvejecimiento.

Bertica M. Rubio, M.D.

Bertica M. Rubio, M.D.

Director Médico, Clínica de Medicina Regenerativa y Antienvejecimiento | Médico Certificado por la Junta | Escuela de Medicina de Dartmouth

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La Dra. Bertica M. Rubio es una médica certificada y Directora Médica de la Clínica de Medicina Regenerativa y Antienvejecimiento en Redlands, California. Obtuvo su licenciatura en Ciencias en la Universidad Loyola Marymount y su título de Doctora en Medicina en la Escuela de Medicina de Dartmouth (Geisel School of Medicine). Completó su residencia en pediatría en el Centro Médico UC Irvine.

Con décadas de experiencia clínica, la Dra. Rubio se especializa en medicina para el manejo de la edad, medicina regenerativa, cicatrización de heridas y terapias con factores de crecimiento. Su práctica integra la ciencia médica basada en evidencia con tratamientos estéticos y regenerativos avanzados, ayudando a los pacientes a alcanzar una salud óptima y vitalidad juvenil.

La Dra. Rubio siente pasión por educar a los pacientes sobre la ciencia detrás del cuidado de la piel, el rejuvenecimiento facial y las tecnologías no invasivas como EMS (Estimulación Eléctrica Muscular) para el tonificado facial. Sus artículos para PureLift LAB combinan un conocimiento médico riguroso con orientación práctica para lograr resultados reales y duraderos.

Daniel Grinberg, MD, FACS

Daniel Grinberg, MD, FACS

Otorrinolaringólogo y cirujano de cabeza y cuello certificado | Miembro, Colegio Americano de Cirujanos | Profesor clínico asistente, Escuela de Medicina Mount Sinai

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Daniel Grinberg, MD, FACS, es un otorrinolaringólogo certificado por la junta y cirujano de cabeza y cuello en ENT and Allergy Associates en West Nyack, NY. Obtuvo su título de médico en la Facultad de Médicos y Cirujanos de la Universidad de Columbia, completó su residencia en Otorrinolaringología en el Centro Médico de la Universidad de Nueva York y es profesor clínico asistente en la Escuela de Medicina Mount Sinai. Es miembro de la American College of Surgeons y de la American Academy of Otolaryngology.

La perspectiva quirúrgica de cabeza y cuello del Dr. Grinberg ofrece a los lectores de PureLift LAB una visión clínica más amplia, conectando la práctica de EMS en casa con la anatomía médica subyacente con el mismo rigor científico que aplicamos a cada especificación del dispositivo.

Prof. Dr. med. Ivo Buschmann

Prof. Dr. med. Ivo Buschmann

Cátedra de Angiología, Hochschule Médica de Brandeburgo | Director de Clínica, Clínica Universitaria de Angiología, Hospital Universitario de Brandeburgo | Ex Consultor Senior, Charité Universitätsmedizin Berlín

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El Prof. Dr. med. Ivo Buschmann es Catedrático de Angiología en la Medizinische Hochschule Brandenburg Theodor Fontane (MHB) y Director Clínico de la Clínica Universitaria de Angiología en el Hospital Universitario de Brandeburgo. Completó su formación médica en la Universidad de Hamburgo, fue becario de la Sociedad Max-Planck en el Instituto Max-Planck de Investigación Cardiaca y Pulmonar, y ocupó cargos de consultor senior en la Charité Universitätsmedizin Berlin Campus Virchow antes de ser nombrado Catedrático en la MHB en 2016.

El Prof. Buschmann es una de las principales autoridades europeas en arteriogénesis — el crecimiento y remodelación de los vasos sanguíneos impulsados por el flujo — con más de 150 publicaciones revisadas por pares y varias patentes en EE. UU. y la UE sobre dispositivos que estimulan el crecimiento de vasos colaterales mediante terapia controlada de tasa de cizalladura. Su investigación conecta la estimulación mecánica y eléctrica con la adaptación vascular, la microcirculación y la perfusión tisular.

Las contribuciones del Prof. Buschmann aportan a los lectores de PureLift LAB una perspectiva de biología vascular que complementa nuestra autoría clínica, de fisioterapia y de anatomía quirúrgica existente — explicando cómo la estimulación EMS activa no solo los músculos faciales sino también la microcirculación que los abastece, y por qué la administración inteligente es tan importante a nivel del flujo sanguíneo como en la contracción muscular.

What's This About:

A device reaches the muscle layer and genuinely improves jawline definition, and it does not tighten the skin or lift the descended fat that creates a jowl.

This article sets out what to check before you start, such as:

- the three layers that create a jowl

- which layer responds to stimulation

- the twelve week result you can realistically expect

- the test that tells you whether to buy or to consult

- what each professional option actually does

and many more!

We will tell you plainly when your jowls are past what any handheld device reaches, because the alternative is taking money for a result that will not arrive.

Key Points:

A jowl forms where the facial tissue above the jawline slides downward and the mandibular ligament holds the tissue below it in place, creating a visible step.

Three layers contribute, skin that has lost elasticity, fat that has descended, and a platysma that has slackened.

Stimulation reaches the platysma and the muscles above it, which improves definition along the jaw, and reaches neither the skin nor the fat.

The strongest published result is an 18.6 percent increase in cheek muscle thickness over twelve weeks, measured at the cheek rather than at the jawline.

Early jowling responds visibly, established jowling responds partially, and advanced jowling is a surgical problem.

What a jowl actually is

The jawline looks sharp when the tissue above it sits where it should. A jowl appears when that tissue slides down and bunches at the point where it can go no further.

The ligament that creates the step

The mandibular ligament anchors the skin and soft tissue to the jawbone at a point roughly two thirds of the way back along the jaw.

Tissue above that anchor is mobile and tissue at the anchor is fixed, so when the mobile tissue descends it piles up against the fixed point.

The visible step you see is that pile, which is why jowls appear in a specific place rather than along the whole jaw.

Why it happens when it does

Collagen and elastin decline steadily through adult life and sharply around menopause, so the skin loses the recoil that used to hold everything in position.

The facial fat pads shrink and shift downward at the same time, adding weight below and removing support above.

The bone of the jaw itself loses height and projection with age, so the scaffolding retreats.

Those three changes compound, which is why jowling often seems to appear suddenly in the late forties and fifties after years of nothing. The hormonal side is covered in our article on menopause.

Which layer a device reaches

The muscle layer, yes

The platysma runs from the collarbone up across the jaw, and the zygomaticus group above lifts the midface.

Kavanagh and colleagues in 2012 followed 108 women for twelve weeks and reported an 18.6 percent increase in cheek muscle thickness measured by ultrasound at the cheek.

A better-toned muscle layer gives the tissue above it more support and sharpens the line of the jaw, which is a real and visible result.

Note that the measurement was taken at the cheek. No published study has measured platysma thickness after facial stimulation, so the neck result is an extension of the principle rather than a measured finding.

The skin layer, no

Skin laxity is a collagen and elastin problem, and the treatments that address it work by heating the dermis to a temperature that triggers remodeling.

Nothing in this category heats tissue. Microcurrent, nanocurrent and EMS all work on cells and muscle rather than on temperature.

Chang and colleagues in 2020 used a double-blind sham-controlled design and reported improvements in skin appearance measures, which is a different and smaller claim than tightening.

Radiofrequency is the category built for laxity and we do not make one, which we set out in our comparison.

The fat layer, no

Descended fat has moved, and no stimulation moves it back.

Submental fullness under the chin is addressed by injectable deoxycholic acid or by liposuction, neither of which is a device.

We cover what is and is not known about facial fat in our article on facial fat.

The test that tells you what you have

Lie on your back and hold a mirror above your face. Gravity pulls the tissue backward, so a jowl that largely disappears is mostly descent rather than excess skin.

Pinch the skin along your jaw, lift it slightly and release. Fast recoil means elasticity is reasonably intact, slow recoil means laxity is the dominant problem.

Place a finger at the jawline and lift the cheek tissue upward and backward an inch. If that recreates the jawline you want, the problem is position rather than volume.

Early jowling with good recoil is the profile that responds best to a device. Advanced jowling with slow recoil is a consultation.

What twelve weeks realistically looks like

Weeks one to three, nothing visible. Some people notice a same-day firmness after each session that fades within hours, which is circulation rather than adaptation.

Weeks four to six, the first durable change, usually described as the jaw looking cleaner in photographs rather than dramatically different.

Weeks seven to twelve, the measurable period. In the published trial this is where the muscle thickness increase was recorded.

Beyond twelve weeks, maintenance. The result is held while you keep training and reverses when you stop, which we cover in our article on stopping.

The week by week picture across the whole face is in our results timeline.

How to work the jawline properly

Start at the collarbone and work upward along the side of the neck toward the jaw, because the platysma is the foundation and most people skip it entirely.

Follow the underside of the jawbone from the chin back toward the ear, keeping the probe on the bone rather than pressing into the soft tissue below it.

Work the cheek upward and outward toward the temple, which lifts the tissue that is creating the jowl rather than pushing it further down.

Keep off the belly of the masseter if you clench, since building that muscle widens the lower face.

Three minutes per side at most, ten minutes total, four or five times a week. More detail in our jawline device article.

What the professional options actually do

Radiofrequency and microfocused ultrasound heat the dermis or the deeper layer to trigger collagen remodeling, with modest tightening over months.

Thread lifts physically reposition tissue with barbed sutures, giving an immediate lift that lasts months to a couple of years.

Filler along the jawline rebuilds the bone projection that was lost, which sharpens the line without moving the jowl.

A lower facelift repositions the deep tissue layer and removes excess skin, which is the only complete correction and the only permanent one.

A consultation costs little and will tell you in five minutes which category you are in, which is worth doing before you spend $499 to $999 on a device.

Who should buy a device for this

You are in your forties or early fifties, the jawline is softening rather than hanging, and skin recoil is still good.

You will use it four or five times a week for at least three months and understand that stopping reverses it.

You already have sunscreen and ideally a retinoid in place, since both do more for the skin layer than any device.

If your jowls hang below the jawline and your skin recoils slowly, a device will improve the muscle underneath while the thing that bothers you stays where it is, and we would rather you heard that from us than discovered it in month four. The arithmetic on cost is in our cost benefit article.

Frequently asked questions

Can you get rid of jowls without surgery

You can improve the appearance of early jowling with muscle toning, energy devices that heat the dermis, and filler that rebuilds lost jaw projection. Established jowls with loose skin are only fully corrected surgically.

How long does it take to see a difference in jowls

Four to six weeks for the first durable change and twelve weeks for the result the published trials measured. Nothing meaningful happens in the first fortnight.

Does microcurrent tighten skin

No. Skin tightening requires heating the dermis to trigger collagen remodeling, and microcurrent does not heat tissue. It works on the muscle layer beneath the skin.

Will jowls come back if you stop using the device

The muscle component reverses, in the same way that stopping resistance training reverses the gains. The skin and fat components were never changed by the device in the first place.

Are jowls caused by weight loss

Rapid weight loss can create or worsen jowling by removing volume that supported the overlying tissue. That pattern is covered separately in our article on the face after weight loss.

This article sits inside our full map of the category, where we set out all 33 devices we track, what each one carries and what each brand publishes: Nine Technologies on One Dial, What the Rest of the Market Actually Carries.

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