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Wearable Electric Stimulation Technology

WE-STIM™ captures micro-energy generated in everyday life and converts it into gentle electrical stimulation for the skin. 

A proprietary bioelectronic technology designed to deliver continuous, low-level stimulation 

without external devices or power sources.

Core Technology Principles

WE-STIM™ is built on four essential principles that enable safe, consistent, and wearable stimulation.


No Device

Works without external 

electronic devices.


No Battery

Operates without built-in or 

replaceable batteries.


No Side Effects

Designed for gentle stimulation

with no reported skin irritation.


No Limitations

Suitable for regular use

without time or location constraints.

How WE-STIM™ Works

WE-STIM™ utilizes naturally occurring micro-energy from daily life

and converts it into stable micro-electrical signals that interact with the skin during application.

Micro-Electrical Energy Activation

WE-STIM™ captures micro-energy naturally generated in everyday life

and converts it into low-intensity electrical stimulation. 

This process occurs continuously on the skin surface without the need 

for external power sources.

Cellular-Level Stimulation

The generated micro-electrical signals interact with the skin surface, 

supporting cellular activation and creating an optimized environment 

for skin revitalization at the cellular level.

Enhanced Ion Penetration

Micro-electrical stimulation enhances ion movement across the skin surface, 

improving the efficiency of ingredient and treatment delivery.

Science & Validation

The performance of WE-STIM™ has been evaluated

through in-vitro studies and supported by peer-reviewed research.

Visible Wrinkle Improvement

After 1 week of application



2.4× Greater Improvement

Compared to control patch



0 Reported Skin Irritation

Clinically tested on 22 subjects



Cellular Activation (In-vitro Evidence)

Key growth factors and collagen-related markers were increased

under WE-STIM™ stimulation, indicating enhanced cellular activation.

Reduction of Cellular Aging Markers

In-vitro analysis shows a measurable reduction in cellular aging markers

under WE-STIM™ stimulation compared to the control group.

(Up to 54.75% reduction observed)

Enhanced Ion Penetration

Electrical stimulation enhanced ion penetration across skin layers in vitro, 

improving delivery efficiency compared to the control condition.

(Up to 93.3% increase observed)

These findings are further supported by peer-reviewed research in the field of bioelectrical stimulation.
mobile background

Research Proof

The principles behind WE-STIM™ are supported by peer-reviewed studies in bioelectrical stimulation and energy transfer.

These publications reflect the scientific framework that informs WE-STIM™ technology.


2021


Body-mediated energy loss conversion 
for personalized cell vitalization


Nano Energy (JCR Top 5%)



2021


Body-mediated bioelectronics for 
zero-powered ion release and electrical stimulation


ACS Energy Letters (JCR Top 5%)



2023


Synchronous generation of electrical and 
cellular energies via body-mediated energy transfer


ACS Energy Letters (JCR Top 5%)



2021


Human activity-driven 
self-powered hair follicle stimulation system


Nano Energy (JCR Top 5%)



2023


Unraveling the Missing Link of Bio‐Electrical 
Stimulation from Body‐Mediated Energy Transfer


Advanced Functional Materials (JCR Top 5%)



2023


Full textile-based body-coupled electrical stimulation for wireless,
 battery-free, and wearable bioelectronics


NPJ Flexible Electronics (JCR Top 5%)


From Technology to Application

WE-STIM™ technology is applied across LABO RÉNER products,


designed to integrate seamlessly into premium care routines.

Technology

Wearable Electric Stimulation Technology

WE-STIM™ captures micro-energy generated in everyday life and converts it into gentle electrical stimulation for the skin. 

A proprietary bioelectronic technology designed to deliver continuous, low-level stimulation without external devices or power sources.

Core Technology Principles

WE-STIM™ is built on four essential principles that enable safe, consistent, and wearable stimulation.

No Device

Works without external 

electronic devices.


No Battery

Operates without built-in or 

replaceable batteries.

No Side Effects

Designed for gentle stimulation 

with no reported skin irritation.

No Limitations

Suitable for regular use

without time or location constraints.

How WE-STIM™ Works

WE-STIM™ utilizes naturally occurring micro-energy from daily life and converts it into stable micro-electrical signals that interact with the skin during application.

Micro-Electrical Energy Activation

WE-STIM™ captures micro-energy naturally generated in everyday life and converts it into low-intensity electrical stimulation. This process occurs continuously on the skin surface without the need for external power sources.

Cellular-Level Stimulation

The generated micro-electrical signals interact with the skin surface, supporting cellular activation and creating an optimized environment for skin revitalization at the cellular level.

Enhanced Ion Penetration

Micro-electrical stimulation enhances ion movement across the skin surface, improving the efficiency of ingredient and treatment delivery.

Science & Validation

The performance of WE-STIM™ has been evaluated through in-vitro studies and supported by peer-reviewed research.

Visible Wrinkle Improvement

After 1 week of application


2.4× Greater Improvement

Compared to control patch


0 Reported Skin Irritation

Clinically tested on 22 subjects


Cellular Activation (In-vitro Evidence)

Key growth factors and collagen-related markers were increased 

under WE-STIM™ stimulation, indicating enhanced cellular activation.

Reduction of Cellular Aging Markers

In-vitro analysis shows a measurable reduction in cellular aging markers under WE-STIM™ stimulation compared to the control group. 

(Up to 54.75% reduction observed)

Enhanced Ion Penetration

Electrical stimulation enhanced ion penetration across skin layers in vitro, improving delivery efficiency compared to the control condition. 

(Up to 93.3% increase observed)

These findings are further supported by peer-reviewed research in the field of bioelectrical stimulation.
mobile background
Research Proof

WE-STIM™ is supported by peer-reviewed research in bioelectrical and energy-based stimulation.
 The following publications provide scientific context for the technology’s underlying mechanisms.


2021
Body-mediated energy loss conversion 
for personalized cell vitalization
Nano Energy (JCR Top 5%)



2021
Human activity-driven self-powered 
hair follicle stimulation system
Nano Energy (JCR Top 5%)



2021
Body-mediated bioelectronics for 
zero-powered ion release and electrical 
stimulation
ACS Energy Letters (JCR Top 5%)



2023
Synchronous generation of electrical and 
cellular energies via body-mediated energy
 transfer
ACS Energy Letters (JCR Top 5%)


From Technology
to Application

WE-STIM™ technology is applied across LABO RÉNER products, designed to integrate seamlessly into premium care routines.