06/07/2026
GOD'S DESIGNS JUST WORK BETTER
In November 2025, researchers from McGill University and Drexel University unveiled a surprising breakthrough in high-resolution 3D printing. Instead of designing a new microscopic nozzle from metal or plastic, they turned to an unlikely source: a female mosquito.
The team discovered that the mosquito's proboscis, the specialized feeding tube it uses to pierce skin, possesses an ideal combination of geometry, strength, and precision for microscopic printing. After reinforcing the proboscis and integrating it into a custom-built printing system, the researchers used it as the nozzle itself. They called the process "3D necroprinting."
The results were remarkable. The mosquito nozzle produced printed lines as fine as 20 microns, roughly half the width of a fine human hair and significantly finer than many commercially available dispense tips. Researchers successfully printed honeycomb structures, maple leaf patterns, and biological scaffolds used for cell research.
Think about that for a moment. Some of the brightest engineering minds in the world faced a difficult manufacturing challenge and found their solution in a structure that already existed. They did not simply imitate a mosquito. They actually used the mosquito's proboscis as part of the printing system.
This is a reminder that living things often contain levels of engineering that continue to surprise scientists. The mosquito may be one of the most disliked insects on Earth, yet even it possesses structures sophisticated enough to find applications in advanced manufacturing.
As Romans 1:20 reminds us, God's invisible attributes are clearly seen through the things He has made. Sometimes that testimony can be found in the most unexpected places.
3D Necroprinting: Leveraging Biotic Material as the Nozzle for 3D Printing...
https://www.science.org/doi/10.1126/sciadv.adw9953
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Using Mosquitos for Ultrafine 3D Printing!:
Drexel and McGill Engineers Turn Proboscides into High-Resolution Nozzles....
https://www.engineering.com/using-mosquitos-for-ultrafine-3d-printing/
