Applications

Cosmetics

In-vitro efficacy testing of cosmetics on microfluidic skin models — objective data to substantiate product claims without animal testing.

Cosmetics
0
animal tests — fully in-vitro on microfluidic skin models
< 5%
CV of monodisperse microcapsules for active encapsulation
since 2023
joint project series with a global FMCG company
Problem

Cosmetics and personal-care manufacturers must substantiate product claims — moisturizing, anti-aging, mattifying, barrier repair — with objective data. Conventional testing is slow, costly and increasingly restricted by law, as animal-testing bans tighten across key markets. Available in-vitro alternatives often lack the biomimetic accuracy needed for meaningful results.

Solution

LABADVANCE microfluidic platforms enable biomimetic in-vitro testing on microfluidic skin models that reproduce real skin conditions. We evaluate product performance, measure active-ingredient penetration and test the sensory properties of formulations — without animal testing. Pore models that emulate sweat-gland function let us quantify antiperspirant and deodorant efficiency under controlled conditions.

Result

The methodology has been proven in a series of joint projects with global FMCG companies since 2024: vitamin encapsulation, and cream and antiperspirant efficacy testing. The approach transfers to skincare, color cosmetics and personal-care categories, and yields data suitable for substantiating marketing claims and regulatory submissions.

Capabilities

What you can do.

In-vitro-тесты эффективности на моделях кожи на чипе: увлажнение, антивозрастное, восстановление барьера
Измерение проникновения активных веществ и оценка систем доставки
Тестирование антиперспирантов и дезодорантов на поровых моделях с имитацией потовых желёз
On-chip-сенсорика: текстура, распределяемость и впитываемость формуляции
Инкапсуляция активов, отдушек и витаминов в монодисперсные микрокапсулы (CV < 5 %)
Скрининг рецептур и подготовка данных для маркетинговых заявлений и регуляторных подач
Interested in microfluidic technology?

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