Our Technology

A Biomechanical Approach to Supporting Satiety Perception

GASTER control® is based on a non-invasive biomechanical principle designed to support the perception of satiety through controlled external abdominal compression.

The technology combines anatomical targeting, pressure modulation, and real-world usability within a structured and reproducible system.

Core Principle

External Mechanical Modulation

At the core of GASTER control® lies a simple but structured principle:

the application of controlled external pressure to the epigastric region.

This approach is designed to:

influence the perception of gastric volume
interact with mechanical satiety signals
support earlier integration of fullness cues

It does not act pharmacologically,
and does not involve internal or invasive components.

The Extra-Parietal Balloon (BEP™)

An Anatomically Optimized System

The key component of GASTER control® technology is the Extra-Parietal Balloon (BEP™).

It is an inflatable structure designed to:

apply adjustable and localized pressure
adapt to anatomical variability
ensure reproducibility of mechanical action

The BEP™ enables precise control of:

pressure intensity
contact surface
positioning within the epigastric area

A Controlled Mechanical Interaction

The system is designed to interact with the mechanical component of satiety:

gastric distension perception
abdominal wall mechanosensitivity
proprioceptive feedback

By modifying the conditions under which these signals are perceived,
the technology supports a different integration of satiety cues during meals.

Dynamic Use in Real-Life Conditions

Adaptable Across the Meal Process

GASTER control® is designed for use in real-life settings, particularly during meals:

Pre-meal: preparation of mechanical conditions
During meals: interaction with distension signals
Post-meal: maintenance of perceived satiety

This adaptability allows integration into daily eating behavior.

Engineering & Design Principles

The technology is developed with a focus on:

anatomical targeting
controlled pressure distribution
user-adjustable intensity
comfort and wearability
reproducibility across users

Materials and design are selected to ensure:

safety
durability
compatibility with medical-device standards

A Platform Technology

GASTER control® is not limited to a single device.

It is designed as a biomechanical platform that can be integrated into:

wearable medical devices
abdominal support systems
medical textiles
metabolic health solutions

This platform approach enables adaptation to different clinical and industrial applications.

Non-Invasive by Design

The technology is:

fully external
reversible
non-invasive
compatible with daily use

It does not:

enter the body
modify anatomy
rely on pharmacological mechanisms

Intellectual Property

The GASTER control® technology, including the BEP™ system and associated engineering principles, is proprietary.

Proprietary biomechanical design (patent pending)

Summary

GASTER control® is a non-invasive biomechanical technology designed to support the perception of satiety through controlled external abdominal compression.

It combines anatomical precision, mechanical modulation, and real-life usability within a structured and scalable platform.