Pericardium-derived bilayer membranes for prepectoral and subpectoral breast reconstruction. CE-marked, rigorously tested, designed to integrate.
All-in-one fat grafting system for breast surgery — reconstruction, augmentation, explantation, and reshaping. Closed-loop fat dialysis for superior purity.
Pericardium-derived bilayer membrane that actively triggers tissue regeneration — reactivating fibroblasts, releasing growth factors, and initiating neovascularisation from day one.
Explore Exashape →An innovative closed-loop fat dialysis technology that efficiently removes contaminants while preserving fat integrity and the SVF niche for superior biological outcomes.
Explore EXAFAT →Evidence-based guides on the materials, techniques, and data behind modern implant-based reconstruction — written for the people making the decisions.
A biological matrix is an acellular bovine-pericardium scaffold that supports the implant and pocket in prepectoral breast reconstruction. Learn how it works, how it compares to ADM and mesh, and where ExaShape® fits.
Read the guide →Access clinical evidence, surgical technique guides, and our e-learning platform — all in one dedicated space.
Join the ABC network and bring innovative breast reconstruction technology to your market. We support you with training, materials, and clinical backing.
Why ExaShape, in which cases, which configuration, and how it is used in theatre, from the flap decision to the…
Unit price is the least informative number in reconstruction economics. Complications, theatre time and the number of operations drive cost;…
The randomised head-to-heads favour synthetic mesh on seroma; biological matrices offer integration into thin cover. The choice is made patient…
From the ExaShape® biological matrix for breast reconstruction to the EXAFAT® fat-grafting system — explore the full range of ABC devices.
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