Modulating satiety perception through non-invasive biomechanical innovation
A CE-marked medical device applying controlled external abdominal compression to support appetite regulation within structured care pathways.
A mechanical approach to appetite regulation
GASTER control® applies controlled extra-parietal compression to the epigastric region, targeting the mechanical component of satiety. No pharmacological action, no internal device, no surgery — a purely external, adjustable, and reversible approach designed for daily use.
A complementary tool within structured care pathways
GASTER control® is designed for integration alongside nutritional guidance, behavioral support, and pharmacological or surgical strategies — not as a standalone treatment.
Pre-operative support and post-operative management of weight regain within surgical care trajectories.
Support during dose reduction, treatment discontinuation, or as a non-pharmacological relay.
Selected patients (BMI 27–30) not eligible for GLP-1 therapies, or seeking a non-invasive approach.
Early behavioral observations
A structured clinical pathway
GASTER control® is currently undergoing multicentric observational evaluation (GC-REG-01) to document usage, tolerance, and behavioral outcomes in routine clinical practice.
~50 participants, BMI 25–40, 8-week follow-up with structured dietitian support. Data centralized on an HDS-certified platform (Obeli), with full GDPR compliance.
How can we work together?
GASTER control® is open to collaboration across clinical, commercial, and industrial environments.
Clinical documentation, prescribing information, patient selection guidance, and training materials.
Access clinical resourcesExclusive distribution, licensing agreements, and market-specific regulatory adaptation.
Explore partnership modelsIntegrate the BEP™ technology into your own wearable devices, medical textiles, or health platforms.
Discuss integrationA non-invasive biomechanical approach supporting the perception of satiety signals. Grounded in physiology, designed for clinical integration, and under continuous scientific evaluation.