Feds Tighten Safety Standards on Tiny High-Powered Magnets That Have Injured Children

New standards aim to reduce injuries that can occur when swallowed magnets attract to each other inside the body
x-ray of embedded magnet
x-ray of embedded magnetX-ray of embedded magnet in a pediatric patient Image: NEJM 2017

THURSDAY, Sept. 8, 2022 (HealthDay News) -- New federal safety standards announced Wednesday aim to keep children and teens safe from serious or life-threatening injuries from accidental swallowing of high-powered magnets.

The new standards require that certain products with loose or separable magnets contain only those that are weak or too large to swallow. The aim is to reduce injuries that can occur when swallowed magnets attract to each other inside the body. The risks include perforations, twisting and/or blockage of the intestines, infection, blood poisoning, and even death. Under the new standards, magnets that fit in a small parts cylinder must have a flux index of less than 50 kG² mm². The flux index is a measure of magnetic strength.

The U.S. Consumer Product Safety Commission (CPSC) voted Wednesday to approve the new standards. They apply to consumer products designed, marketed, or intended to be used for entertainment, jewelry, mental stimulation, and stress relief that contain one or more loose or separable magnets.

The rule does not apply to products sold and/or distributed solely to educators, researchers, professionals, and/or commercial users exclusively for educational, research, professional, commercial, or industrial purposes. It also does not apply to toys for children younger than 14 years because the CPSC already has a mandatory toy standard for those.

The change goes into effect 30 days after it is published in the Federal Register. It will affect products manufactured after that date.

Emergency departments treated an estimated 26,600 cases of magnet ingestion between 2010 and last year, with cases rising each year since 2018, according to the CPSC. Seven deaths involving ingestion of hazardous magnets have occurred -- two outside the United States. Most probably involved magnet sets, according to the CPSC.

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