The technology

Microcurrent Technology

Microcurrent is a precise, ultra-low-current technology. It works in the microampere range — far below an EMS or TENS device, and below the threshold you can feel — by design. Instead of forcing a muscle to contract, it works gently at the level of the skin and its cells, the resting tone of small facial muscles, and the tissue beneath.

Its main use in a home routine is to help compatible skincare absorb past the skin's surface barrier. It also supports facial tone, and — with a longer clinical history, in professional settings — it is used for wound and tissue repair, pain and recovery.

AELVAY makes no medical claims. This is general education about the technology; results vary with the person, the device and how regularly it is used.

Explore AELVAY Microcurrent devices
Hero image or video to addA calm, editorial frame of a microcurrent facial treatment — two smooth tips gliding over gel along the jaw — in a quiet, minimal AELVAY space.Shopify field: “main_media”
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A calm editorial close-up of a microcurrent facial treatment in progress — one person, eyes relaxed, guiding a two-tip microcurrent device slowly along the jaw and cheek over a visible sheen of conductive gel. Composed and still; nothing is contracting.
Subject / scene
One person, natural skin, minimal make-up. A quiet, minimal AELVAY space — spa-meets-laboratory. No packaging, no clutter.
Camera angle
Eye-level or a very slight low angle; 50–85mm look. Three-quarter face so the jawline, the tips and the gel all read.
Framing
The device tips and the treated area always readable. Hands calm and deliberate.
Lighting
Soft, warm, directional key from camera-left; gentle fill; no hard shadows; no clinical blue-white light. Let the gel catch a soft highlight.
AELVAY colours
Neutrals only — #DFD9D2 walls, #B1A497 surfaces, natural skin. Any device light reads warm, never blue.
Desktop composition
Full-bleed 16:9 band, subject weighted to the right two-thirds, clean negative space top-left for the heading.
Mobile composition
A tighter vertical crop of the same frame, face centred, tips and jaw in shot — uploaded to the separate mobile field.
Dimensions & aspect ratio
Desktop 16:9, ≥ 2800px wide. Mobile 4:5, ≥ 1400px wide.
Video duration
Optional 8–15s silent loop — a slow, unhurried glide of the tips along the jaw. MP4 H.264, ≤ 10MB.
Text-safe area
Upper-left third clear on desktop; top 30% clear on mobile.
Caption
A current measured in millionths of an amp — aimed at the cell, not the muscle.
Alt text
A person guiding a two-tip microcurrent device along the jaw over conductive gel, the face relaxed.
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The basics

What Microcurrent is, and how it works

“Microcurrent” means the current sits in the microampere range — millionths of an amp. An EMS or TENS unit works in milliamps, about a thousand times stronger. Microcurrent stays below the threshold that fires a nerve, so most treatments are gentle and produce little or no sensation. That is the point: precise, low-level work rather than forceful stimulation.

Most microcurrent devices also include a skincare-delivery step. The skin's outer layer keeps most of what you apply on the surface; a low-level current — including iontophoresis, where the device supports it — helps carry selected water-based or charged ingredients through that barrier and into the deeper, living skin, closer to the cells that use them, by gently repelling like-charged molecules inward and drawing fluid with them [8]. What a treatment does still depends on the current, the waveform and the device; the principle below is the same.

  1. Conductive contact

    The area is covered with conductive gel or a water-based activator and kept wet throughout. A microcurrent will not cross dry skin comfortably — a dry patch is what causes a sharp zap.

  2. A microampere current is delivered

    Two contacts pass a current between them measured in millionths of an amp — commonly tens to a few hundred microamps. That is far below the level that fires a nerve or contracts a muscle, which is why most treatments produce little or no sensation.

  3. It interacts with cells and tissue

    At this scale the current is proposed to act on cell membranes, the movement of ions in and out of cells, and cellular chemistry — and, in the skin, on the resting tone of small facial muscles. This is close to the signalling the body uses during healing.

  4. The effect is cumulative

    A single session gives a subtle, short-lived result — a fresher, slightly lifted look on the face for a few hours. Any lasting change depends on frequent, consistent use and eases off if you stop.

The body runs on small natural electrical currents. When skin is broken, a measurable “current of injury” appears at the wound edge and helps steer the cells that close it. Microcurrent therapy supplements signals like these with a similar external current, and is often explained through the Arndt–Schültz principle: a weak stimulus can encourage activity where a strong one suppresses it [3].

The most cited laboratory study, from 1982, exposed rat skin to current and reported a three- to five-fold rise in ATP — the cell's energy carrier — at roughly 50 to 500 microamps, with more amino-acid transport and protein synthesis; above about 1,000 microamps, ATP fell instead. That hormetic window — a gentle current supporting cellular activity that a strong one would suppress — is the basis of how microcurrent is understood today [1, 2].

Microcurrent mechanism and skincare-delivery diagram to addA clean cross-section: a low-level current passes between two contacts, interacts with the cells, and helps compatible serum and sheet-mask ingredients move through the outer skin barrier — shown next to plain topical application.Shopify field: “scientific_diagram”
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A clean scientific diagram of one skin cross-section, split into two panels. Left panel "with the device": two rounded contacts on the skin a few centimetres apart, a low-level current running between them through the epidermis and upper dermis; a layer of serum (and, in an inset, a sheet mask) on the surface; small dots representing compatible water-based ingredients moving down through the outer skin barrier, drawn along by the current. A small cell-membrane inset shows ions shifting and a subtle "ATP" cue. The muscle layer beneath stays still — nothing contracts. Right panel "plain application": the same skin and serum with no device, the ingredient dots mostly sitting on top of the barrier with only a few passing through.
Illustration view
A shallow slice of facial skin — stratum corneum / outer barrier, epidermis, dermis, a resting muscle beneath — labelled once and shared across both panels.
Style
Line illustration on flat #DFD9D2, 1.25pt #251A12 strokes. One cool accent (#7F7163) for the current, #B56A5C for the ingredient dots and the cell-chemistry cue. Labels in the heading font, small caps. Not photoreal, not cartoon.
Framing
Two panels side by side on desktop, stacked on mobile, with a thin divider and short titles ("With a current-assisted device" / "Ordinary topical application"). Keep "no contraction" legible — the muscle layer is calm in both.
Motion (if animated)
12–18s seamless loop, calm easing. Current passes → ingredient dots and ions move through the barrier → settle → repeat. The right panel stays near-static for contrast.
AELVAY colours
#DFD9D2 ground, #251A12 lines, #7F7163 current accent, #B56A5C ingredients / chemistry cue, secondary labels #7F7163.
Desktop composition
Full-width within the text column, 16:9.
Mobile composition
Panels stacked, 4:5 or 3:4 — labels legible at 360px (min 11px type); keep the key short.
Dimensions & aspect ratio
2400 × 1350px desktop, or vector. Video (optional): MP4 H.264, ≤ 12MB, 1080p.
Text-safe area
8% margin all round for labels.
Caption
A low-level current helps compatible water-based ingredients pass the skin's outer barrier — more than they would from ordinary topical application alone.
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A two-panel skin cross-section comparing current-assisted delivery, where ingredients move through the outer barrier, with plain topical application, where they mostly stay on top.
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Applications

What Microcurrent is used for

In a home routine, microcurrent is mostly used to help compatible skincare absorb better. It also supports facial tone, and — with a longer clinical history — it is used for tissue repair, pain and recovery. Here is what it is used for, and how well each use is supported.

Face & skin

  • Enhanced skincare delivery

    The skin's outer layer is a barrier — most of what you apply sits on top of it. A low-level current, including iontophoresis where the device supports it, helps carry selected water-based or charged ingredients through that barrier and into the deeper, living layers of the skin, closer to the cells that use them [8].

    Iontophoresis

  • Facial tone

    Gentle, regular stimulation is used to support the resting tone of the small muscles that hold the face.

    Resting muscle tone

  • A refreshed, lifted look

    A session leaves the face looking a little fresher and lightly lifted, most noticeably around the brow and jaw. The effect shows within minutes and is topped up with regular use.

    Visible within minutes

  • Contour and definition

    Worked along set paths — up the jaw and out across the cheek — over a course of sessions, microcurrent is used to support the look of the cheek, the mid-face and the jawline.

    Guided paths

  • Reduced puffiness

    The movement of the tips, with gel, helps encourage fluid away from the tissue, so the face can look less puffy afterwards.

    Fluid movement

  • Facial circulation

    Microcurrent and the massage that comes with it are associated with a brief increase in local blood flow.

    Local blood flow

  • Fine lines and skin texture

    Cosmetic studies report measurable improvements in the look of fine lines and skin smoothness with regular use [2].

    Measured in studies

  • A refreshed appearance

    A short, almost sensationless treatment that leaves the skin looking fresher — easy to fit in before an occasion.

    Freshened look

Body & wellness

  • Wound and tissue-repair research

    Microcurrent's most established use. Narrative and systematic reviews describe faster healing of slow skin wounds and pressure injuries with microampere currents in clinical settings [2, 3, 4].

    Established use

  • Scar-appearance research

    A 2025 systematic review highlights microcurrent as a supportive tool for the appearance of scars as they form [5].

    Clinical research

  • Musculoskeletal comfort

    Controlled trials report less pain and better function in conditions such as acute knee injury and knee osteoarthritis [2].

    Controlled trials

  • Muscle-wasting support

    Microcurrent has been studied for reducing muscle loss in immobilised limbs and supporting physical performance in older adults [2].

    Deconditioning

  • Recovery support

    Low-frequency microcurrent is applied after training as part of a recovery routine, to support the return to comfortable movement [2].

    Recovery routine

  • Circulation and swelling

    Microampere currents are associated with better local circulation and have been used to help manage swelling, including in cancer rehabilitation [2].

    Local circulation

  • Professional and clinic settings

    Physiotherapy, sports-medicine and aesthetic clinics use microcurrent as one part of a wider treatment plan, at currents and protocols set by a practitioner.

    Practitioner-led

Treatment areas

Where Microcurrent works

Where microcurrent is applied — and the protocol behind it — depends on the device and the intended use. These are the main areas across the face and the body.

Face

Worked along set paths with conductive gel, usually from the centre of the face outward and along the jaw upward.

  • Forehead and brow

    The frontalis muscle and the brow — a common start and end point for a lifting routine, worked outward and upward.

  • Mid-face and cheeks

    The cheek and the muscles that lift it — the main area people treat for contour and a fuller-looking mid-face.

  • Jawline and lower face

    Along the jaw from chin to ear, worked upward to define the jawline and the chin-to-neck transition.

  • Around the eyes

    The orbital rim and outer corner, approached gently along the bone. The eyelid itself and the immediate eye area are avoided.

  • Neck and décolletage

    The platysma and upper chest, kept to the sides. Current is not run across the front of the throat.

Body & professional

  • Limbs and joints

    In clinics, microcurrent is applied around joints and along limbs for pain and function — for example after a knee injury.

  • Wound and scar sites

    Under supervision, contacts are placed around a healing wound or a forming scar. This is a clinical use, not a home one.

  • Back and large muscle groups

    Larger pads over the back and major muscles are used for comfort and circulation rather than contraction.

  • Sports-recovery settings

    Applied after training to support recovery from muscle soreness, usually at a low frequency.

  • Aesthetic and rehabilitation clinics

    Practitioner devices are more powerful and follow set protocols — the same technology, applied with more control.

Face-and-body treatment-area illustration to addOne original AELVAY illustration showing where microcurrent is applied across the face and the body, with typical probe and pad paths.Shopify field: “anatomy_diagram”
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One original AELVAY illustration, face and body together, showing where microcurrent is applied across the whole technology category — not a diagram of any one device. Face: the guided paths microcurrent devices follow (centre-out and jaw-up) across forehead, mid-face, jawline and neck, with the eye area marked as approached with care. Body: general zones used in professional and rehabilitation settings — limbs and joints, the back and large muscle groups, and wound / scar sites (clearly labelled "clinical use").
Illustration view
A front-facing face at larger scale on one side; a smaller full standing figure (front, optionally back) on the other. Neutral, elegant, symmetrical.
Placement examples
Thin dashed paths and 2–3 discreet contact dots per region — subtle, clearly a reference rather than a device manual.
Style
Line illustration, 1.25pt #251A12 strokes on #DFD9D2, treated zones filled with a light #B1A497 wash, contact points / paths in #B56A5C. Anatomical but restrained — not a textbook plate.
Labels
Region names in the heading font, small caps, on thin leader lines. A short key distinguishing "home facial use" from "professional / clinical use".
AELVAY colours
#DFD9D2 ground, #B1A497 zone fill, #251A12 lines and labels, #B56A5C paths and points.
Desktop composition
Face and figure side by side, 3:2 or 16:9, labels in the outer margins.
Mobile composition
Stack the face above the figure, or show the face with the key below; 3:4; type ≥ 11px.
Dimensions & aspect ratio
≥ 2400px wide, or vector. 3:2 / 16:9 desktop, 3:4 mobile.
Text-safe area
Outer 6% clear; keep leader lines inside the frame.
Caption
Where microcurrent is applied across the face and the body — paths and zones vary with the device and the setting.
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An illustration of the face and body showing the areas and paths microcurrent is applied to, with home and clinical use distinguished.
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Two technologies. Different purposes.

Microcurrent and EMS compared

Both pass a current through the skin, and the names are often mixed up. They work at different strengths and are chosen for different reasons — neither replaces the other.

Microcurrent EMS
Current level MicrocurrentMillionths of an amp (microamps) — sub-sensory EMSMilliamps — strong enough to fire a motor nerve
Typical sensation MicrocurrentLittle or nothing; sometimes a faint tingle or metallic taste EMSA clear tapping, fluttering or tightening you feel
Visible muscle contraction MicrocurrentNone, by design EMSYes — a deliberate, visible contraction
Main mechanism MicrocurrentGentle interaction with cell membranes and cellular chemistry, resting muscle tone, and assisted delivery of compatible ingredients EMSDirect activation of the motor nerve to work the muscle
Common applications MicrocurrentFacial tone and skin quality, assisted skincare delivery, and researched roles in wound repair, pain and recovery EMSFacial and body muscle toning, strength, conditioning and rehabilitation
Treatment experience MicrocurrentGentle and precise — you feel little or nothing EMSActive and worked, like exercise
When it may be chosen MicrocurrentFor precise, comfortable work at the skin and cellular level, assisted skincare delivery, and a natural-looking lift EMSFor a stronger session aimed at working the muscle itself
Using them together MicrocurrentComplementary — they target different things EMSComplementary — they target different things

Microcurrent, EMS (also called NMES) and TENS are not interchangeable: TENS targets sensory nerves for pain relief, EMS drives muscle contraction, and microcurrent stays below the level you can feel. Some devices offer more than one as separate modes.

The research

Backed by science

  • 3–5× Rise in ATP in the classic 1982 lab-tissue study
  • ~36% Shorter thermal-wound closure time at 50–100 µA in early research
  • 40+ yrs Used in wound care, pain and rehabilitation settings
  • µA Microampere currents — about 1,000× weaker than EMS or TENS

Microcurrent has a long clinical history. Its most established use is tissue repair: narrative and systematic reviews describe faster healing of slow skin wounds and pressure injuries with microampere currents, and a meta-analysis of randomized trials found it more effective than standard wound care for wound area, healing time and pain [2, 3, 4]. Early research measured roughly a third shorter closure time for thermal wounds at 50 to 100 microamps.

On the face, microcurrent devices are usually paired with a delivery step: iontophoresis — the closely related technique behind it — has decades of clinical use for carrying water-based actives through the skin's outer barrier [8]. The same low-current approach is also studied for musculoskeletal pain, for limiting muscle loss in immobilised limbs, and for recovery after training, and controlled studies report improvements in the look of fine lines and firmness [2]. Effects on the face are gradual and build with consistent use.

More on the evidence and its limits

Tissue repair. This is where the evidence is strongest. A 2009 narrative review concluded microcurrent “appears to play a significant role in the healing process” for bone and skin lesions, while calling the evidence for other tissues encouraging but scant [3]. A 2022 meta-analysis of eight randomized trials (337 participants) found microcurrent plus standard care better than standard care alone for wound area, healing time and pain [4]. A 2025 systematic review of eleven studies adds scar modulation as a promising application [5]. Most of this work is in clinical settings rather than with home devices, and the 2025 narrative review notes that large, well-controlled trials have not yet caught up with the length of the clinical history [2].

Assisted skincare delivery. Iontophoresis — a low, steady current that moves charged and water-soluble ingredients across the skin's outer barrier by electrical repulsion and fluid movement — is well established in dermatology and physical therapy, at currents up to about 0.5 milliamps per square centimetre [8]. It works best for small, water-based, charged molecules and less well for large molecules or oils. Cosmetic evidence is more limited than the medical use, but the mechanism is the same, and many facial devices include a dedicated delivery mode.

Pain, recovery and deconditioning. Controlled trials report less pain and better function in conditions such as acute knee injury and knee osteoarthritis, and reduced muscle atrophy in immobilised limbs [2]. Microcurrent is also used after exercise for muscle soreness; broader reviews of electrical stimulation for soreness are mixed and low-certainty, so this is best seen as a supportive option [6].

Facial and cosmetic use. Individual studies report improvements in the appearance of forehead wrinkles of around 18 to 21 per cent after a course of treatment, and high rates of self-reported firming and lift. Many of these studies are small, short, unblinded or industry-funded, and the electrical effect is hard to separate from the conductive gel, the massage and any skincare used at the same time [2].

The honest limits. The foundational ATP finding is from animal skin outside the body. Cosmetic effects are best described as visible rather than dramatic, and the immediate lift is short-lived without regular use. Standardised dosing is not established. Microcurrent is best understood as a precise, low-risk technology that works alongside good skincare rather than replacing it [1, 2].

Research credibility graphic to addA restrained infographic behind the figures — a 3–5× ATP rise in 1982 lab tissue, ~36% faster thermal-wound closure at 50–100 µA, and 40+ years of clinical use.Shopify field: “study_graphic”
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A restrained editorial infographic behind the credibility figures — a 3–5× rise in ATP in the classic 1982 lab-tissue study, ~36% shorter thermal-wound closure time at 50–100 µA in early research, 40+ years of clinical use across wound care, pain and rehabilitation, and microampere currents roughly 1,000× weaker than TENS or EMS. E.g. a simple bar for the ATP figure plus small icon stats.
Style
Flat #DFD9D2 ground, #251A12 type, one #7F7163 accent. No photos, no logos, round and honest figures only, each clearly labelled with what it measured and where.
Illustration view
Landscape — the headline "3–5×" figure left, the supporting wound-closure, history and scale stats right.
AELVAY colours
#DFD9D2, #251A12, #7F7163 accent, optional #B56A5C for the single key bar.
Desktop composition
16:9, full content width.
Mobile composition
Re-flow to 4:5 — headline figure above the supporting stats; numbers stay large.
Dimensions & aspect ratio
≥ 2400 × 1350px, or vector. 16:9 desktop / 4:5 mobile.
Text-safe area
6% margin; nothing in the outer 5%.
Caption
Microcurrent, in context: strongest evidence in wound and tissue repair; cosmetic effects are small and temporary.
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A graphic summarising the research behind microcurrent — lab ATP findings, wound-healing figures and decades of clinical use.
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The devices

AELVAY devices using Microcurrent

AELVAY Facial EMS Device AELVAY Facial EMS Device Coming soon
Explore AELVAY Microcurrent devices

In practice

Using Microcurrent at home

Exact session time, frequency, current level and protocol stay with each device. These are the principles that apply to any microcurrent routine.

  1. Start with clean skin.
  2. Apply the conductive gel, serum or gel / sheet mask your device recommends. Products made for electrical devices carry the current and hold the actives that benefit from assisted delivery; rich creams and oils are not suitable. Keep the surface wet and re-apply whenever the skin feels tacky.
  3. Keep both contacts on the skin and move slowly along the paths your device shows, usually from the centre of the face outward and along the jaw upward.
  4. Choose a comfortable intensity. You should feel little or nothing — there is no benefit to turning it up until you can feel it.
  5. If your device has a separate delivery or iontophoresis step, run it with a compatible water-based serum, as the device directs.
  6. Finish with your usual moisturiser. Be consistent — short, frequent sessions, often daily or five days a week at first and then two or three times a week, work better than long, occasional ones.
  7. Wipe the contacts clean, store the device dry, and follow the exact session time, frequency and settings in the guide for your device.

What Microcurrent feels like

A correctly set treatment feels like almost nothing — at most a faint tingle, or a light metallic taste if the contacts pass near the mouth. There is no visible muscle movement. A sharp zap means the gel has dried or the intensity is too high.

On the face, many people see a subtly fresher, more lifted look straight after a session, strongest around the brow and jaw. That immediate effect is measured in hours; any longer-term change needs frequent, consistent use.

Treatment demonstration video to addA short real demonstration of a microcurrent session — applying conductive gel, moving the tips slowly along set paths, finishing and cleaning the device.Shopify field: “demonstration_video”
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A short real demonstration of a microcurrent session — cleanse, apply plenty of conductive gel or a water-based activator, place the two tips a few centimetres apart, move them slowly along set paths (centre-out, jaw-up), re-apply gel when the skin feels tacky, finish, wipe the tips clean.
Subject / scene
The same minimal AELVAY space as the hero. One person, natural skin, relaxed. No voiceover. Nothing contracts.
Camera angle
A few locked-off shots — a wide establishing frame, a mid on the hands and the gel, a close on the tips gliding along the jaw.
Framing
The tips, the gel layer and the treated area always readable; keep the movement slow and deliberate.
Lighting
Warm, soft, even; nothing clinical-blue. Let the gel catch a soft highlight.
AELVAY colours
Neutrals; any device light warm.
Desktop composition
16:9, full-width, muted autoplay loop or click-to-play.
Mobile composition
Provide a 9:16 vertical version if possible; otherwise 16:9 letterboxed cleanly.
Dimensions & aspect ratio
16:9 (and optional 9:16).
Video duration
15–30s. MP4 H.264, ≤ 20MB, 1080p, silent or soft ambient only.
Text-safe area
Lower third clear for an optional caption.
Caption
Gel on, tips moving slowly, nothing to feel — a few quiet minutes.
Alt text
A person applying conductive gel and moving a two-tip microcurrent device slowly along the face.
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Common questions

Frequently asked

What is microcurrent?

A precise, ultra-low-current technology. It passes a current measured in millionths of an amp through the skin between two contacts — below the level that moves a muscle and, in most cases, below the level you can feel. It is used in facial devices, often alongside a current-assisted skincare-delivery step, and, for longer, in professional wound-care, pain and rehabilitation settings.

Is it only used on the face?

No. Facial toning is its best-known consumer use, but microcurrent's longest track record is in clinics — for wound and tissue healing, musculoskeletal pain and recovery. At-home devices focus on the face because that is where a gentle, low-current treatment fits a daily routine.

What else is microcurrent used for?

Studied and clinical uses include slow-healing skin wounds and pressure injuries, the appearance of scars as they form, pain and function in conditions like knee osteoarthritis, reducing muscle loss in immobilised limbs, and post-exercise recovery. Evidence is strongest for wound healing and weaker, though promising, elsewhere.

Is microcurrent the same as EMS or TENS?

No — they work at different strengths. Microcurrent is sub-sensory and aimed at cells and tissue. EMS, also called NMES, uses a much stronger current to contract the muscle, and you feel it. TENS also uses a stronger current, aimed at sensory nerves to relieve pain. They are not interchangeable, though some devices offer more than one as separate modes.

Does it contract muscles?

No — and that is deliberate. The current stays below the level that fires a motor nerve, so the work happens gently at the skin and cellular level and at the resting tone of the muscle, without forceful contraction. That precision is the point of microcurrent.

What does it feel like?

Usually like nothing at all. Some people notice a faint tingle, or a light metallic taste if the contacts pass near the mouth. A sharp or stinging sensation means the gel has dried or the intensity is set too high.

Does it hurt?

It should not. Correctly set, on well-gelled skin, microcurrent is one of the gentler powered facial treatments. If anything feels sharp, stop, re-apply conductive gel and lower the setting.

How quickly may changes become noticeable?

The freshened, lifted look on the face appears within minutes and lasts hours. Cosmetic studies assess fine lines and firmness after four to twelve weeks of frequent use. Longer-term results are maintained with continued use, the way any skincare routine is.

Is conductive gel necessary?

Yes. A wet conductive gel or water-based activator is what carries the current comfortably into the skin. Used on dry skin the current concentrates and causes a zap, and the treatment does not work as intended.

Does microcurrent help skincare absorb better?

Many microcurrent and current-assisted devices include a delivery step. A low, steady current — often a dedicated iontophoresis or galvanic mode — helps push selected water-based and charged ingredients through the skin's outer barrier, which normally blocks most of what is applied on top. It works best with light, water-based formulas made for use with electrical devices, and far less well with rich creams, oils or very large molecules. Follow the pairing your device recommends.

Can I use it with conductive serums or sheet masks?

Yes, with products designed for it. Conductive serums, water-based gels and sheet masks labelled for use with electrical beauty devices are formulated to carry the current and to hold the actives that benefit from assisted delivery. Ordinary rich creams and facial oils are not suitable — they can insulate the skin and stop the current working.

Can it be used around the eyes or neck?

The area around the eyes can be worked gently along the orbital bone, but not the eyelid or the immediate eye area. On the neck, keep to the sides — current should not be run across the front of the throat. Always follow your device's guidance.

Can it be used on the body?

Consumer microcurrent devices are designed for the face. Body and clinical use exists but is done with different, more powerful equipment and set protocols, usually by a practitioner. Use each device only as its instructions describe.

Can it be combined with skincare or light therapy?

Yes. Many devices include a delivery step that uses a low-level current to help compatible water-based serums absorb better, and microcurrent can be alternated with light therapy in a routine. Let recent injectables, peels or lasers settle first, and introduce one new treatment at a time.

Who should check with a professional before using it?

Anyone with a pacemaker, implanted defibrillator or other implanted electronic device, epilepsy, a heart-rhythm condition, or who is pregnant, should not use facial microcurrent unless a doctor has cleared them. The same applies with metal implants or extensive dental metal in the area, or an active skin infection, undiagnosed lesion, or very recent injectable, thread or laser treatment.

Which AELVAY devices use microcurrent?

The AELVAY facial device shown in the AELVAY devices section on this page uses microcurrent. That section updates automatically, so any future AELVAY microcurrent device will appear there too.

Research and references
  1. Cheng N, Van Hoof H, Bockx E, et al. The effects of electric currents on ATP generation, protein synthesis, and membrane transport in rat skin. Clinical Orthopaedics and Related Research. 1982;(171):264–272.
  2. Jonik S, Rothka AJ, Cherin N. Investigating the therapeutic efficacy of microcurrent therapy: a narrative review. Therapeutic Advances in Chronic Disease. 2025.
  3. Poltawski L, Watson T. Bioelectricity and microcurrent therapy for tissue healing: a narrative review. Physical Therapy Reviews. 2009;14(2):104–114.
  4. Electrical microcurrent stimulation therapy for wound healing: a meta-analysis of randomized clinical trials. Journal of Tissue Viability. 2022;31(2):268–277.
  5. Role of microcurrent electrical stimulation in tissue healing and scar modulation: a systematic review. 2025.
  6. Systematic reviews and meta-analyses of electrical stimulation for delayed-onset muscle soreness and muscle recovery (mixed, low-certainty evidence).
  7. Independent commentary on the microcurrent cosmetic evidence base was also reviewed. Consumer usage guidance from established at-home facial-device brands, including Suēle and JOVS, is noted in AELVAY's internal research record.
  8. Dhote V, Bhatnagar P, Mishra PK, et al. Iontophoresis: a potential emergence of a transdermal drug delivery system. Scientia Pharmaceutica. 2011;80(1):1–28.