On 17 September 2026 the U.S. Consumer Product Safety Commission announced the recall of about 38,507 Jerify Magnetic Humanoid Toy Sets. The 30-piece sets contain small human-shaped figures, roughly 2.7 inches tall, with magnets in the hands and feet. They were sold on Amazon.com from October 2022 through May 2026 at around $21, and carry no marking on the toy itself. CPSC and the firm are aware of two reports of children removing magnets from the figures and swallowing them. Both incidents resulted in hospitalisation.
For anyone running a STEM toys wholesale programme, this is not a side story. Magnetic construction sets, magnetic tiles and magnet-jointed figure sets are a permanent fixture of the learning aisle, and magnet liberation is the failure mode that turns a fast-moving SKU into a recall notice. In the same month, China’s rewritten toy safety standard, GB 6675-2025, moved to within five weeks of taking effect. Both events change what a buyer should ask a factory before signing the next purchase order.
Where STEM demand actually sits in the 2026 numbers
Circana’s 12 August 2026 release put the U.S. toy industry through its strongest first half in six years: dollar sales up 17% from January to June, units up 12% and average selling price up 4%. Eight of eleven tracked supercategories posted dollar growth. The ones that matter for learning-led ranges:
- Explorative & Other Toys +58% — the fastest-growing supercategory in the first half, though Circana attributes much of the gain to trading cards, collectibles and sports-related products rather than science kits.
- Games & Puzzles +45% — the largest U.S. category in full-year 2025 at $4.9 billion.
- Building Sets +22% — $4.3 billion in 2025, and the leading supercategory in both Europe and Australia.
- Arts & Crafts +20%.
Monthly tracking points the same way. Figures published by the China Toy & Juvenile Products Association, citing Circana retail tracking, show U.S. building set sales up 25.6% year on year in July 2026, while outdoor and sports toys fell 7.9%.
Read that carefully before you place an order. There is no line item called “STEM” in any of this data. The growth is spread across building sets, discovery and science formats and craft, and a large share of the U.S. increase came from trading cards, licensed products and older buyers: Circana reports toy sales to recipients aged 18 and over grew 25% in the first half, and to teens aged 12 to 17 by 33%, with the two groups together generating nearly 60% of incremental dollar gains. A programme built on the assumption that educational product is one clean, uniformly fast-growing bucket will over-order the wrong SKUs.
What the magnet recall tells a buyer
The recalled sets violate the mandatory standard for toys because the figures can liberate loose high-powered magnets. When two or more magnets are swallowed, they can attract each other through the walls of the digestive tract, which CPSC warns can result in perforations, twisting or blockage of the intestines, blood poisoning and death.
Two technical points matter at the sourcing stage:
- The threshold is measurable. CPSC’s Safety Standard for Magnets, 16 CFR part 1262, defines a hazardous magnet as one that fits entirely within the small parts test cylinder described in 16 CFR 1501.4 and has a flux index of 50 kG²mm² or more, measured by the method in section 8.25 of ASTM F963.
- Toys take a different route. Part 1262 exempts consumer products already subject to the toy standard at 16 CFR part 1250, which incorporates ASTM F963 by reference. For a toy, conformance therefore runs through ASTM F963 — but the same flux index method and the same small-parts cylinder are the reference points, and CPSC recommends use and abuse testing under 16 CFR 1500.51 to 1500.53 to establish whether magnets come loose.
In practice, the question to put to a factory is not “does it pass?” but “what is the measured flux index, and what happened in the drop, torque and tension tests?” A test report that only shows pass or fail, with no numbers, tells you nothing about how close the product sits to the limit. The recalled sets were on sale for more than three years before the recall, which is a fair indication of how long a non-conforming product can sit in the channel unnoticed.
GB 6675-2025 takes effect on 1 November 2026
China published the 2025 edition of the GB 6675 Toy Safety series on 5 October 2025. It replaces the 2014 edition on 1 November 2026. For any buyer with distribution inside China, the new edition becomes the baseline in a matter of weeks. For exporters it still matters, because it resets which materials and processes Chinese factories can run economically — and chemistry is where STEM and science-kit ranges are most exposed.
- Ten new categories of restricted substances, including formaldehyde, total volatile organic compounds (TVOC), short-chain chlorinated paraffins and boron.
- Formaldehyde in key materials of toys for children under 36 months capped at 30 mg/kg.
- TVOC release capped at 0.5 mg/m³ — a limit set for the first time.
- Phthalate restrictions widened from six substances to ten.
- Boron in slime and similar water-crystal clay capped at 300 mg/kg.
There are mechanical and flammability additions as well: new requirements for toys with open-flame devices and for food-shaped toys, revised specifications for yo-yos, inflatable toys and suction-cup projectiles, and flammability requirements for masks and other head-worn toys.
The pace of change is worth watching. On 24 September 2026 the State Administration for Market Regulation used its quarterly briefing to issue a notice on fuse-bead craft products, confirming that products aimed at children under 14 which fall within the toy compulsory certification scope must be certified, that heating components must comply with the GB 6675 series, and that voltage for those components may not exceed 24V. New formats are being pulled into scope quickly, and a supplier who treats a craft-adjacent SKU as “not a toy” is taking a risk on your behalf.
A checklist before your next STEM order
- Split the category. Plan building sets, science and discovery kits, and craft separately. Their first-half growth rates differ by more than thirty percentage points.
- Ask for magnet numbers, not a verdict. Flux index per magnet, plus use-and-abuse results showing whether magnets liberate. Ask which edition of the standard the report cites.
- Check the chemistry on slime, clay and putty SKUs. Boron, formaldehyde and TVOC limits are new under GB 6675-2025 and cheap to get wrong on a first run.
- Confirm the standard edition against your destination market. ASTM F963 as incorporated in 16 CFR 1250 for the United States; EN 71 documentation with GPSR conformity records for the EU; GB 6675-2025 for China from 1 November 2026.
- Match age grading to the actual hazard. Small parts, small magnets and button cells each pull a product into a stricter bracket. Age labels driven by marketing rather than testing are a common cause of downstream recall.
- Verify certificate numbers and validity dates against the issuing laboratory before the goods ship, not after.
What this means for Q4 planning
The demand case for learning-led product is real: building sets posted 22% growth in the first half and remained the leading supercategory in Europe and Australia. The risk case is equally real, and it is concentrated in exactly the SKUs that sell best — magnets, small parts and chemistry-heavy kits. The buyers who come through the next two quarters cleanly will be the ones who asked for the measured numbers before the container was sealed.
We work with importers, distributors and retailers on educational and learning toy ranges, including STEM formats, and on the testing documentation that goes with them. Our quality control and safety compliance process covers the mechanical, chemical and documentation checks above, and our OEM and ODM service covers custom development where a standard catalogue item will not do. If you are reviewing a STEM range for the 2027 season, send us the SKU list and we will tell you which tests each item needs before it is worth quoting.