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Medical Relief

Protecting skin, reducing suffering

We are developing a non-stick hydrophobic insulator designed to shield severe burn wounds, preventing the agony of standard bandage changes.

A close-up of a researcher's hands carefully adjusting a delicate, translucent protective membrane in a warm, naturally lit laboratory setting, soft golden hour sunlight filtering through a window, 35mm film style.
A close-up of a researcher's hands carefully adjusting a delicate, translucent protective membrane in a warm, naturally lit laboratory setting, soft golden hour sunlight filtering through a window, 35mm film style.
The Challenge

Ending painful treatments

Traditional hydro baths often force burn patients to endure excruciating bandage removals that tear away newly healed tissue. Having survived severe burns himself, our founder Tom Scott Snyder initiated this research to eliminate this unnecessary trauma.

Our focus remains entirely on practical, immediate relief. By addressing the physical mechanics of wound care, we aim to restore dignity and comfort to patients during their most vulnerable moments of recovery.

Our Method

How the insulator works

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Hydrophobic barrier

Non-stick protection

Accelerated healing

The specialized insulator repels water and bodily fluids, creating a stable, non-reactive shield over the damaged skin.

By preventing bandages from adhering directly to the wound, the membrane allows dressings to slide off without tearing delicate new cells.

Underneath the sterile, breathable barrier, the body's natural regenerative processes proceed undisturbed by daily mechanical friction.

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Support medical relief

Join us in funding and developing practical medical innovations that directly reduce human suffering. Your support helps bring this non-stick technology to hospitals.