MIT boffins take electrospray nozzles out of the cleanroom, into the 3D printer
Who said sub-millimeter, three-layer science juice had to be expensive to squirt?
Advances in materials science and additive manufacturing techniques are converging, making sophisticated microfluidic systems more accessible outside specialized environments.
This breakthrough democratizes the production of precise electrospray systems, enabling their use in a broader range of applications from drug delivery to advanced materials and potentially synthetic biology research.
The barrier to entry for developing and utilizing complex electrospray nozzles is significantly lowered, shifting their production from expensive cleanrooms to more versatile 3D printing methods.
- · Biotech startups
- · Materials science research
- · 3D printing companies
- · Drug discovery and delivery
- · Traditional microfabrication cleanroom services
- · High-cost specialized electrospray manufacturers
More widespread and cost-effective research and development in fields requiring precise fluid handling.
Acceleration of innovation in areas like targeted drug delivery, advanced coatings, and micro-reaction systems.
Potential for new industrial applications and products driven by accessible high-precision spraying capabilities, possibly impacting manufacturing and healthcare.
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Read at The Register