ZnTech by Skinnovate

Abstract

The increasing prevalence of skin tears among elderly populations presents a significant clinical challenge, particularly in long-term care settings where fragile skin and reduced mobility elevate injury risk. These wounds not only compromise patient comfort and quality of life but also increase the likelihood of infection, prolong healing time, and raise healthcare costs. Current interventions are largely reactive, emphasizing wound treatment rather than prevention, highlighting a critical unmet medical need for proactive solutions.

This project introduces the Skinnovate Bioelectric Arm Sleeve, a wearable biomedical device designed to prevent skin tears through a combination of mechanical protection and bioelectric stimulation. The sleeve integrates soft, biocompatible materials with embedded microcurrent technology to enhance skin integrity, promote cellular regeneration, and improve tissue resilience. The design prioritizes comfort, breathability, and ease of use to ensure patient compliance in geriatric care environments.

Preliminary evaluation confirms that the device provides consistent mechanical coverage and maintains stable contact with the skin surface while generating a controlled microcurrent. While direct measurements of shear reduction, hydration, and tissue elasticity were not conducted in this phase, the design incorporates compression, breathable materials, and bioelectric stimulation, which are expected to support skin integrity. Early-stage electrical testing validates functional performance of the bioelectric system, establishing a foundation for future studies focused on mechanical protection and clinical efficacy.

Clinically, this innovation offers a non-invasive, cost-effective approach to reducing skin tear occurrence and associated complications. Commercially, the device addresses a growing market need within aging populations, positioning it as a scalable solution for hospitals, assisted living facilities, and home care settings.

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