C.L.I.N.C.H. — Controlled Laminar Shear for INtegumentary Closure with Hemostatic Film

The CLINCH system is a novel wound-closure device that employs controlled superficial laminar shear of the epidermis (50–150 µm depth) combined with deposition of a biodegradable hemostatic biogel. This creates a lap-joint seal without sutures or staples, minimizing trauma, sealing sterility, and supporting rapid healing. The device integrates a hybrid actuation system (voice-coil + piezo stack), micro-patterned silicone pads, and fibrin–collagen or chitosan gel films. A micro-lattice sealing pattern enhances strength and burst resistance. The supplementary document outlines bench validation tests, porcine tissue assays, and cyclic flexion evaluations. Together with the included bibliography, this package establishes prior art for the CLINCH system and provides an open-science foundation for collaboration and grant development.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-08-16
DOI
https://doi.org/10.5281/zenodo.16887818
Primary Topic
Potassium and Related Disorders
Type
article
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article

C.L.I.N.C.H. — Controlled Laminar Shear for INtegumentary Closure with Hemostatic Film

Zenodo (CERN European Organization for Nuclear Research)
Potassium and Related Disorders
article

C.L.I.N.C.H. — Controlled Laminar Shear for INtegumentary Closure with Hemostatic Film

article en

Abstract

The CLINCH system is a novel wound-closure device that employs controlled superficial laminar shear of the epidermis (50–150 µm depth) combined with deposition of a biodegradable hemostatic biogel. This creates a lap-joint seal without sutures or staples, minimizing trauma, sealing sterility, and supporting rapid healing. The device integrates a hybrid actuation system (voice-coil + piezo stack), micro-patterned silicone pads, and fibrin–collagen or chitosan gel films. A micro-lattice sealing pattern enhances strength and burst resistance. The supplementary document outlines bench validation tests, porcine tissue assays, and cyclic flexion evaluations. Together with the included bibliography, this package establishes prior art for the CLINCH system and provides an open-science foundation for collaboration and grant development.

Zenodo (CERN European Organization for Nuclear Research)
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Openalex Percentile: Top 37%
Potassium and Related Disorders
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