01
6 bespoke programmes
4 combined wavelengths over short sessions for targeted action: regenerating red (630 nm), anti-wrinkle orange-yellow (590 nm), anti-spot green (525 nm), antibacterial blue (440 nm).
New · LED Therapy Mask
The next-generation
biomimetic
LED mask
6 programmes · optimised cellular absorption
A unique biological modulation: warm-up · stimulation · recovery.
Technical specifications
Light intensities & irradiances
Red
630 nm
48mW/cm²
Irradiance
Light intensity
170 mcd
Orange-yellow
590 nm
40mW/cm²
Irradiance
Light intensity
135 mcd
Green
525 nm
32mW/cm²
Irradiance
Light intensity
100 mcd
Blue
440 nm
32mW/cm²
Irradiance
Light intensity
20 mcd
The innovation
The technology explained
02
Optimised dosimetry
Exclusive biological modulation (warm-up > stimulation > recovery) for optimal absorption of light without depleting the cells.
03
All sensitivities & complexions
Infrared-free so as not to overheat the epidermis, suitable for sensitive skin and skin prone to hyperpigmentation (phototypes 3-6).
The specifics
Why it's THE mask you need.
6 scientifically calibrated programmes, automatically combining 4 wavelengths over short times (3 to 6 minutes) to meet every need of the skin.
216 latest-generation multispectral LEDs covering the entire face.
A unique biomimetic dosimetry that respects the cells, delivering the precise dose of energy without saturating them.
No infrared so as not to risk overheating sensitive skin or skin prone to hyperpigmentation.
Simple, comfortable and fast to use.
A VERY competitive price with no compromise on quality.
216 multispectral LEDs
4 wavelengths
6 programmes
3 to 6 minutes
465 nm — Blue
6 programmes
Programme 01
Global Anti-Ageing
Wrinkles · Firmness · Dark spotsRed light stimulates cellular energy and boosts collagen synthesis in the deep dermis. Orange-yellow light boosts collagen synthesis in the superficial dermis. Green light regulates melanin synthesis.
- From day 14
- +26% collagen synthesis (1)
- From day 28
- -30% wrinkles (2) · -30% pigmentation (3)
Programme 02
Dark Spots
Ingrained dark spotsGreen light curbs the overproduction of melanin, the brown pigment responsible for spots. Red light supports skin regeneration.
- From day 28
- -30% pigmentation (3)
- From day 56
- -46% pigmentation (3)
Programme 03
Imperfections
Blemishes · Excess sebumBlue light creates targeted oxidative stress on the skin's surface to destabilise the C. acnes bacterium responsible for blemishes. Red light soothes the inflammation associated with imperfections and regulates the activity of the sebaceous glands responsible for sebum secretion.
- From day 7
- Less visible blemishes: 78% (4)
- Redness
- -52% (5)
- Shine
- -14% (6)
Programme 04
Soothing
Redness · DiscomfortRed light soothes discomfort, reduces redness and regenerates the skin. Infrared-free so as not to overheat sensitive skin.
- Immediate effect
- -52% redness (7)
Programme 05
Radiance Boost
Dull complexionRed light stimulates microcirculation to oxygenate the tissues and deliver an instant healthy-glow effect. Orange-yellow light revives the skin's radiance day after day.
- Immediate effect
- +26.7% skin radiance (8)
Programme 06
Post-Blemish Marks
Red & dark post-blemish marksGreen light curbs the overproduction of melanin responsible for dark spots. Red light limits post-inflammatory hyperpigmentation linked to blemishes and accelerates skin regeneration.
(1) Ex-vivo test – 590 nm. (2) Clinical test - 30 volunteers - 590 nm. (3) Clinical test - 30 volunteers - 525 nm. (4) Satisfaction test - 37 volunteers - 440 nm + 630 nm. (5) Clinical test - 36 volunteers - 440 nm + 630 nm. (6) Clinical test – 8 volunteers - 440 nm + 630 nm. (7) Clinical test - 25 volunteers - on redness after mesotherapy - 630 nm. (8) Clinical test - 30 volunteers - 590 nm.
How to use
Three steps, simply
01
Prepare the skin
Cleanse and dry the face. You may apply a lotion, a serum or a cream, but no photosensitising product (retinol, high-dose AHAs), nor sunscreen or make-up.
02
Adjust the mask
Position the mask on the face and adjust the straps at the back of the head.
03
Start the cycle
Select the programme number with the remote control. 3 to 6 minutes per session, with automatic shut-off. Intensive phase: 1 programme once a day. Maintenance phase: every 2-3 days.
Customer reviews
Reviews verified
Frequently asked questions
Everything you need to know
How long before the first results are visible?
Our clinical tests show that the first “radiant glow” and anti-redness effects are visible from the very first session, results on imperfections from 7 days, and the reduction of dark spots and wrinkles from 28 days.
Is the mask suitable for sensitive skin?
Yes. It does not heat up the epidermis because it is free of infrared and UV radiation, and because it is specifically programmed to optimise the absorption of light by the cells without saturating or depleting them.
Can the mask cause hyperpigmentation?
The mask does not heat up the skin and does not cause post-inflammatory hyperpigmentation. It is therefore suitable for all complexions, including phototypes 3 to 6 (medium to dark skin tones).
The LED Therapy Mask also offers 2 anti-dark-spot programmes:
– MODE 02 BROWN SPOTS for older, mildly inflammatory spots linked to UV exposure, skin ageing and hormones (melasma).
– MODE 06 POST-BLEMISH SPOTS for recent spots linked to breakouts. This mode is fairly powerful, so allow the skin to recover for 48 hours between two uses.
NB: blue light, which can be pro-inflammatory when it comes from solar radiation, is perfectly controlled in the LED Therapy Mask so as not to cause hyperpigmentation.
Is the mask suitable for pregnant and breastfeeding women?
The mask is in principle not contraindicated for pregnant and breastfeeding women, but it has not been specifically tested on this group, so we advise you to seek your doctor's advice before any use.
Is the mask suitable for teenagers?
The mask has not been specifically tested on minors, so we advise you to seek their doctor's advice before any use.
How often should you use the LED Therapy Mask?
To ensure optimal effectiveness and respect your skin's natural cellular regeneration time, use your programme:
- once a day during the initial phase (from a few days to a few months depending on the results observed),
- then every 2–3 days to maintain the results achieved.
We recommend using only 1 programme per day. If you wish to use 2 programmes, alternate them every other day.
Caution: do not use the 03 BLEMISHES and 06 POST-BLEMISH SPOTS programmes on the same day, owing to their high intensity.
Can it be used with your usual skincare products?
It can be used on bare skin or after applying a skincare product to optimise its absorption by the skin. However, avoid potentially irritating products (retinol, exfoliants, etc.) and do not use the mask over make-up or sunscreen, which could reduce its effectiveness.
Can you use several programmes in a row?
We recommend using only 1 programme per day. If you wish to use 2 programmes, alternate them every other day.
Do not use the 03 BLEMISHES and 06 POST-BLEMISH SPOTS programmes on the same day, owing to their high intensity.
Is the mask safe? Does it contain UV?
The LED Therapy Mask does not generate UV. It complies with CE standards.
How do I clean and care for the mask?
Clean the inner side of the mask with a soft cloth lightly dampened with 70-degree alcohol. Do not use abrasive cleaning products or solvents, and do not immerse the device.
Store the device flat in a dry place, away from dust and direct sunlight. Do not bend it excessively.
What's in the box?
It contains the silicone LED mask, its wired remote control with programme selector, its adjustment straps and the user manual.
Is there a warranty?
For France: 2-year manufacturer's warranty against any manufacturing defect on the talika.fr website.
What are the clinical results for each programme?
Programme 01 — Global Anti-Ageing
From 14 days: +26% collagen synthesis (1).
From 28 days: -30% wrinkles (2) and -30% pigmentation (3).
Programme 02 — Dark Spots
From 28 days: -30% pigmentation (3).
From 56 days: -46% pigmentation (3).
Programme 03 — Imperfections
From 7 days: imperfections less visible: 78% (4).
Redness: -52% (5).
Shine: -14% (6).
Programme 04 — Soothing
Immediate effect: -52% redness (7).
Programme 05 — Radiance Boost
Immediate effect: +26.7% complexion radiance (8).
(1) Ex-vivo test – 590 nm. (2) Clinical test - 30 volunteers - 590 nm. (3) Clinical test - 30 volunteers - 525 nm. (4) Satisfaction test - 37 volunteers - 440 nm + 630 nm. (5) Clinical test - 36 volunteers - 440 nm + 630 nm. (6) Clinical test – 8 volunteers - 440 nm + 630 nm. (7) Clinical test - 25 volunteers - on redness after mesotherapy - 630 nm. (8) Clinical test - 30 volunteers - 590 nm.
What are the technical specifications of the LEDs?
| Colour | Wavelength | Light intensity | Irradiance |
|---|---|---|---|
| Red | 630 nm | 170 mcd | 48 mW/cm² |
| Orange-yellow | 590 nm | 135 mcd | 40 mW/cm² |
| Green | 525 nm | 100 mcd | 32 mW/cm² |
| Blue | 440 nm | 20 mcd | 32 mW/cm² |
Programming & dosimetry: the 6 programmes in detail
The biomimetic approach of the LED Therapy Mask is unique. It follows the Arndt-Schulz law in order to respect the biology of the skin cell without saturating or exhausting it.
The scientific literature consistently shows that biostimulating effects on skin fibroblasts and tissue healing are obtained within a very narrow dosimetric window, generally situated between 0.5 J/cm² and 10 J/cm².
For optimal assimilation without saturation, the programmes of the LED Therapy Mask's various modes also follow a pattern of the type: WARM-UP ► STIMULATION ► RECOVERY.
| Mode | Settings | Energy | Biological actions |
|---|---|---|---|
| 01. Global Anti-Ageing | Pulsed orange-yellow (45 sec) + continuous green (1 min) + continuous red (2 min) Total: 3 min 45 | 8.58 J/cm² | Wrinkles · Firmness · Brown spots • RED light stimulates cellular energy and boosts collagen synthesis in the deep dermis. • ORANGE-YELLOW light boosts collagen synthesis in the superficial dermis. • GREEN light regulates melanin synthesis. |
| 02. Brown Spots | Continuous green (1 min) + continuous red (2 min) Total: 3 min | 7.68 J/cm² | Ingrained brown spots • GREEN light curbs the overproduction of melanin, the brown pigment responsible for spots. • RED light supports skin regeneration. |
| 03. Blemishes | Continuous blue (3 min) + continuous red (3 min) Total: 6 min | 14.40 J/cm² | Spots · Excess sebum • BLUE light creates targeted oxidative stress on the skin's surface to destabilise the C. acnes bacteria responsible for spots. • RED light soothes the inflammation associated with blemishes and regulates the activity of the sebaceous glands responsible for sebum secretion. |
| 04. Soothing | Continuous red (3 min) Total: 3 min | 8.64 J/cm² | Redness · Discomfort • RED light soothes discomfort, reduces redness and regenerates the skin. • Without infrared, so as not to overheat sensitive skin. |
| 05. Radiance Boost | Pulsed orange-yellow (45 sec) + continuous red (2 min 15) Total: 3 min | 7.38 J/cm² | Dull complexion • RED light stimulates microcirculation to oxygenate the tissues and deliver an immediate healthy-glow effect. • ORANGE-YELLOW light revives the skin's radiance day after day. |
| 06. Post-Blemish Marks | Continuous green (1 min) + continuous red (3 min) Total: 4 min | 10.56 J/cm² | Red & brown post-spot marks • GREEN light curbs the overproduction of melanin, the brown pigment responsible for brown spots. • RED light limits the post-inflammatory hyperpigmentation linked to spots and accelerates overall skin regeneration. |
Quel est le mécanisme d'action de la lumière rouge (630 nm) dans la peau ?
La lumière rouge pénètre jusqu'au derme profond où sont situés les fibroblastes, cellules responsables de la fabrication de molécules de soutien de la peau (acide hyaluronique, élastine, collagène...).
Ses photons sont absorbés au niveau d'une structure moléculaire capable de réagir à la lumière, le cytochrome C mitochondrial. Cette activation stimule la production d'énergie cellulaire, la prolifération de fibroblastes, la synthèse de collagène et d'élastine pour réduire rides et ridules, et régule les cytokines de l'inflammation pour apaiser et réduire les rougeurs.
Références scientifiques
- Reverse skin aging signs by red light photobiomodulationÉtude clinique validant l'effet anti-âge global de la photobiomodulation rouge
- Red-light photons on skin cells and the mechanism of photobiomodulationRevue décrivant le mécanisme d'excitation du cytochrome C oxydase
- Regulation of Skin Collagen Metabolism In Vitro Using a Pulsed LED Light Source: Clinical Correlation with a Single-Blinded StudyValidation de l'activation du collagène par lumière rouge pulsée
- Biphasic Dose Response in Low Level Light TherapyLa loi d'Arndt-Schulz démontrant l'importance des densités d'énergie modérées
Quel est le mécanisme d'action de la lumière jaune orangée (590 nm) dans la peau ?
La lumière jaune orangée agit spécifiquement du fond de l'épiderme, où sont situés les mélanocytes à l'origine de l'hyperpigmentation, jusque dans le derme superficiel, où sont situés les fibroblastes, cellules responsables de la fabrication de molécules de soutien de la peau (acide hyaluronique, élastine, collagène...).
Elle envoie un signal aux fibroblastes pour les inciter à synthétiser du collagène et de l'élastine afin de réduire les rides et le relâchement cutané. Elle aide également à réguler l'activité des mélanocytes pour réduire la synthèse de pigment mélanine, homogénéiser et illuminer le teint.
L'utilisation de cette longueur d'onde est recommandée en mode pulsé pour éviter l'échauffement vasculaire.
Références scientifiques
- Light-emitting diodes inhibit melanogenesis through upregulating H19/miR-675 axis in LEDs-irradiated keratinocytes by paracrine effectDémonstration du mécanisme d'inhibition des taches pigmentaires via communication paracrine induite par la lumière jaune orangée
- LED Irradiation Improved Erythema through Inhibiting Angiogenesis of Human Microvascular Endothelial Cells and Ameliorated Pigmentation in MelasmaValidation scientifique de l'action de la lumière jaune orangée contre les rougeurs, la dilatation vasculaire et l'hyperpigmentation
- Clinical Experience with Light-Emitting Diode (LED) PhotomodulationL'étude de référence du Dr Robert Weiss démontrant l'amélioration de la texture cutanée et la réduction des signes de photo-vieillissement
- Light-emitting Diode Light Therapy for Facial Seborrhoeic Dermatitis: A Case ReportÉtude clinique démontrant l'efficacité de la photobiomodulation jaune combinée pour réguler le sébum, les rougeurs et l'état inflammatoire épidermique
- Ozonated Hydrotherapy Combined with LED Yellow Light Irradiation and Oral Minocycline Treatment for Mild to Moderate Papulopustular Rosacea: A Comparative Retrospective StudyValidation clinique de l'efficacité d'un protocole avec photobiomodulation jaune pour réduire l'inflammation et l'érythème cutané
Quel est le mécanisme d'action de la lumière verte (525 nm) dans la peau ?
La lumière verte pénètre jusqu'à la couche basale de l'épiderme où sont situés les mélanocytes responsables de la synthèse du pigment brun mélanine.
Elle agit sur des récepteurs spécifiques (photorécepteurs de l'Opsine-3) pour inhiber l'activité de la tyrosinase, enzyme impliquée dans la formation des taches brunes. Ce processus bloque la surproduction et le transfert de mélanine sans échauffement, donc sans effet rebond pigmentaire.
Références scientifiques
- Inhibitory Effect of Green Light Emitting Diode on Melanin Synthesis in Cellular Experiments and a Human Intervention StudyPreuve in vitro et clinique humaine que la lumière verte diminue significativement la production de mélanine et la dyschromie
- Opsin3 - A Link to Visible Light-Induced Skin PigmentationMise en évidence du rôle-clé du photorécepteur OPN3 dans la régulation de la pigmentation par la lumière visible
- Low-energy green light alleviates senescence-like phenotypes in a cell model of photoagingDémonstration de l'effet protecteur et anti-sénescence de la lumière verte sur les fibroblastes photo-âgés
- The Emerging Role of Visible Light in Melanocyte Biology and Skin Pigmentary Disorders: Friend or Foe?Revue complète détaillant la modulation positive ou négative de la pigmentation cutanée selon les longueurs d'ondes de la lumière visible
- Low-Level Laser (Light) Therapy (LLLT) in Skin: Stimulating, Healing, RestoringRevue de référence décrivant l'utilisation des LED visibles pour la réparation épidermique et la régulation des taches
Quel est le mécanisme d'action de la lumière bleue (440 nm) dans la peau ?
La lumière bleue pénètre peu et atteint les couches supérieures de l'épiderme, là où vivent des milliards de mircroorganismes.
Grâce à un calibrage strict, elle est capable de cibler spécifiquement les porphyrines bactériennes (Cutibacterium acnes) et fongiques (Malassezia), ce qui génère un stress oxydatif létal pour ces microorganismes indésirables lorsqu'ils sont en excès sur la peau. La lumière bleue permet ainsi de réduire les imperfections des peaux à tendance acnéiques (boutons, excès de sébum...).
La longueur d'onde sélectionnée par Talika reste hors de la zone de phototoxicité oculaire associée aux ondes bleues ultra-courtes (Blue Light Hazard).
Références scientifiques
- A 7-Week, Open-Label Study Evaluating the Efficacy and Safety of Phototherapy for Treating Mild-to-Moderate Acne in Adolescents and AdultsDémonstration clinique de l'action anti-inflammatoire combinée des lumières rouges et bleues via un masque souple
- Effect of Blue Light on Acne Vulgaris: A Systematic ReviewMéta-analyse clinique validant l'efficacité globale de l'exposition LED bleue sur les lésions acnéiques
- Antimicrobial blue light inactivation of pathogenic microbes: state of the artValidation approfondie du mécanisme de destruction bactérienne par excitation des porphyrines
- Illuminating microflora: shedding light on the potential of blue light to modulate the cutaneous microbiomeImpact de la lumière bleue sur l'équilibre du microbiome de surface et la régulation du sébum
- The effective treatment of acne vulgaris by a high-intensity, narrow band light sourceL'étude pionnière démontrant une amélioration significative des lésions inflammatoires cutanées
- Blue Light in DermatologyRevue complète sur l'usage, le spectre de sécurité et les indications cliniques du bleu en dermatologie
La photobiomodulation est-elle adaptée aux peaux mates à foncées ?
L'utilisation de la photobiomodulation sur les peaux riches en mélanine (phototypes 4 à 6) nécessite des précautions particulières pour éviter l'hyperpigmentation post-inflammatoire.
Elle est déconseillée quand la fluence totale des programmes dépasse 10-15 J / cm² (vérifiez les précautions d'emploi sur les notices de vos appareils).
L'eumélanine (mélanine brune), présente en forte densité chez les phototypes foncés, a pour rôle biologique d'absorber massivement la lumière visible pour protéger la peau des méfaits du soleil.
L'absorption supplémentaire de trop fortes doses de lumière issues d'appareils d'électro-beauté peut alors se traduire par la génération de chaleur à la surface de l'épiderme, provoquant la libération d'interleukines pro-inflammatoires qui peuvent induire une hyperpigmentation post-inflammatoire ou l'aggravation d'un mélasma.
Les infrarouges étant les longueurs d'onde des appareils à LED à domicile qui "saturent" le plus rapidement les cellules cutanées (irradiances les plus fortes), Talika a choisi par principe de précaution de ne pas en intégrer dans le LED Therapy Mask. Nous en avons intégré dans d'autres appareils, de manière ultra-contrôlée (par exemple dans le Time Control 7+, avec une intensité limitée, sur des durées très courtes d'une minute et sans l'occlusivité d'un masque silicone).
Le LED Therapy Mask de Talika se concentre sur des spectres visibles athermiques et/ou pulsés, sans infrarouge, et sur des programmes courts (3 à 6 minutes) pour respecter l'intégrité des peaux foncées.
Références scientifiques
- Effect of skin color on optical properties and the implications for medical optical technologies: a reviewÉtude physique modélisant le rôle de filtre de la mélanine face à la lumière visible
- Individual Typology Angle and Fitzpatrick Skin Phototypes are Not Equivalent in PhotodermatologyValidation de la caractérisation objective de la tolérance thermique des peaux riches en mélanine
- Is photobiomodulation therapy free from racial bias?: a narrative review of skin pigmentationRevue systématique majeure de 2024 évaluant le comportement optique de la mélanine épidermique et la nécessité d'adapter la dosimétrie et d'éviter les cumuls de chaleur pour garantir l'innocuité
- Red Light Therapy Treatment for Darker Skin: Different Treatment Guidelines?Directive clinique de consensus sur l'adaptation de l'irradiance et du ratio fluence / irradiance sur les phototypes foncés
New-generation LED mask
6 TAILOR-MADE PROGRAMMES
that respect the cell
Blemishes · Brown spots · Wrinkles · Redness
Suitable for sensitive skin and all complexions.
290.00€