Our new paper on scaling AM for mass production & mass customization is out. The paper discusses:
• A vision for scalable AM manufacturing
• Technical approaches across major AM process categories
• Current examples pushing throughput and scalability
link.springer.com/article/10…
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Today was fantastic at @Princeton! Prof. Emily Davidson @cemilyd graciously hosted me for a seminar with members from Princeton CBE, CEE, and ME. Excited about the potential for new collaborations and brainstorming ideas for future projects!
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Excited to present our novel 3D printing approach that enables cost-efficient, rapid printing while maintaining high resolution. This could revolutionize mass production/customization and large-scale 3d printing in AM:) sciencedirect.com/science/ar… #AdditiveManufacturing #3DPrinting
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🚀@ProfJohnARogers visited @skku_1398 this week and inspired us with his research on skin-integrated health monitoring devices. He also shared invaluable advice for new faculty like me. Always a boost to hear from leading researchers in the field! 🙌 #ResearchMotivation
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I’m fortunate to have Craig Levin as my PhD advisor. Even after finshing my degree, he’s always been a supportive friend and mentor. It’s also wonderful to see my colleagues thriving in their careers! 🙌
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Back at Stanford after 2.5 years - wonderful to be back! ☀️Everything feels familiar, yet distant; mixed emotions!
Presenteded our ongoing research at @DeSimoneLab and shared my experiences as a new facilty in Korea.
Also glad to see my high-res 3D printers running strong 💪
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I remeber Jason initiating this project back at Stanford. Fabulous work and amazing performance! Congratulations!
We are very excited to share a new paper out of the lab, led by @StanfordUChem PhD student, Jason Kronenfeld, in @Nature ! This work introduces Roll-to-roll CLIP, a new technique for large scale, high resolution production of shape-specific particles!
nature.com/articles/s41586-0…
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Prof. Michael Dickey from NCSU @DickeyGroupNCSU visited SKKU this week and gave an insightful talk on soft and stretchable electronics via liquid metal and ionogels! Impressive research! Eagerly anticipating your upcoming endeavors.
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Just wrapped up an incredible semester at SKKU! Loved designing my courses with these highlights:
🏀 Dynamic Systems Lab - "Hoops" Project: Undergrads nailed it with shooting robots!
💡Additive Manufacturing - Grad students' diverse backgrounds led to innovative research ideas!
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Brian Lee retweeted
A new #3Dprinting method called micro-CLIP is over 100X faster than high-res printing solutions like stereolithography. Micro-CLIP can make structures as tiny as 1.5 microns–one-fifth the diameter of a red blood cell @DeSimoneLab #ScienceAdvancesResearch
science.org/doi/10.1126/scia…
Now, we can rapidly 3D print single-digit-micron features using this new technology. Had fun working with @hsiao_kaiwen as a co-first author on this exciting research. A lot of potential applications with this machine!
science.org/doi/10.1126/scia…
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Brian Lee retweeted
Researchers present iCLIP, a #3DPrinting method that utilizes high-viscosity resins to print at a rate up to 10 times faster than current approaches.
Learn more in this week’s issue of Science Advances: scim.ag/17
Brian Lee retweeted
Find out how we used digital microfluidic design to accelerate 3D printing ten-fold! Injection continuous liquid interface protection (iCLIP) can print with multiple materials at once too. Read more at Science Advances: science.org/doi/10.1126/scia…
Amazing work from @gabielipkowitz and the @DeSimoneLab. Adding new features to the CLIP 3D printing!
Congrats to @gabielipkowitz and the team within the @DeSimoneLab at @Stanford! Introducing iCLIP, a vat-based CLIP 3D printing process that is 10X faster and enables multi-material printing! #FutureFabricatedWithLight
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First SKKU Lee Lab outing!
Excited to start the lab with these people and cannot wait to show our research to the world. Surviving through the Korean heat with K-bbq and soju!
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Brian Lee retweeted
Congratulations to the teams at @UNC, @Stanford and @Carbon! Grateful for support from @WellcomeLeap! This 3D-printed patch delivers potent—and painless—vaccines fastcompany.com/90741051/thi…
Our research from @DeSimoneLab on the 30um-resolution CLIP 3D printer is now published! We focus on the characterization of the custom-built printer and the dynamic printability to optimize the print outcome. Check it out!
sciencedirect.com/science/ar…