Engineers Repurpose a Mosquito Proboscis to Create a 3D Printing Nozzle
McGill researchers repurposed mosquito mouthparts as nozzles to print biological scaffolds as thin as 20 micrometres, costing under $1 each and scalable for tissue engineering.
4 Articles
4 Articles
Engineers repurpose a mosquito proboscis to create a 3D printing nozzle
When it comes to innovation, engineers have long proved to be brilliant copycats, drawing inspiration directly from nature. But now some scientists are moving beyond simple imitation to incorporating natural materials into their designs. Stuck for ideas on how to create ultra-fine, low-cost 3D printing nozzles, researchers at McGill University in Canada repurposed the proboscis of a deceased female mosquito to create a sustainable, high-resoluti…
When engineers struggled to make the 3D printer nozzles narrow enough to meet their needs, they turned to nature and discovered that the trunk of a female mosquito had exactly the properties they needed. A mosquito trunk adapted as a nozzle for a 3D printer [...]
Repurposing a Mosquito's Proboscis as a Slim Nozzle for 3D Printing
Mosquito proboscis repurposed as a nozzle for 3D printing Changhong Cao et al. 2025 Separated mosquito proboscises can be transformed into ultra-thin nozzles for 3D printing, offering potential for generating replacement tissues and organs suitable for transplantation. Cao Changhong and his team at McGill University in Montreal, Canada, pioneered this method, termed 3D necroprinting, because [...] The post Repurposing a Mosquito’s Proboscis as a…
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