Consistently First in Fabricated Foam
Choosing foam density for impact protection is where most protective product designs succeed or quietly underperform. Pick a density that is too soft, and the foam bottoms out before it fully absorbs a hard…
Precision die cutting is the process that turns a foam specification into a repeatable, production-ready medical component. For pads, gaskets, and wound care dressings, “close enough” doesn’t exist—a gasket that seals inconsistently or a…
Foam dressings for wound healing work because of precise engineering decisions—pore size, cell structure, and hydrophilicity—that determine how well a dressing manages exudate, distributes negative pressure, and supports tissue repair. The right foam accelerates…
The sponge sitting next to a break room sink and the sponge used to prep a surgical instrument tray look nothing alike under a microscope. Absorbency rates differ. Particle shedding differs. Chemical compatibility differs…
A patient who can’t stay still compromises safety and results. On a surgical table, involuntary movement during a long procedure increases injury risk. On an imaging table, even minor repositioning degrades scan quality and…
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Our goal at Reilly Foam is to recycle anything and everything that is not fabricated so it can go on to have a second life elsewhere. 100% of our scrap materials are collected and bailed together. We then send our scrap materials out, either back to our suppliers or to other companies that will take them to use in recycled products!