@tera_print

TERA-print is revolutionizing the way scientific research and discovery are done today by developing innovative nanofabrication tools and technologies. #nanofab

 Skokie, IL
tera-print.com/
Joined September 2016
  • Tweets209
  • Following420
  • Followers255
94Media
Always a treat to hear our co-founder, @CHADNANO, share his perspective on the future of nanotechnology and the capabilities of our TERA-Fab®️ tools and how they can be used for semiconductor chip manufacturing and processing for the emerging AI industry. An inspiring talk and a great reminder of the science and vision behind this great work. #TERAprint #TERAFab #Nanotechnology #Nanofabrication
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Big Day One Planned at #ACSSpring2025 in San Diego! Come to the Marriott Marquis, Salon C at 10:10am to hear Kyle Justus present on our technology. Then meet us at the Exhibit Hall at 11am (Booth 3846) until 5pm! #ACSSpring2025
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#MicroTas2024 has been great so far, but we are already looking forward to #MicroTAS2025 in Australia!! 🐨
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#MicroTas2024 Day 3 is already here! There is still time to learn about our micro- and nanofabrication tools! Come check us out at Booth 29 until 6pm today!
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#MicroTas2024 Day 2 is underway! Come to booth 29 during your break today to learn about our rapid prototyping capabilities #microfluidics #MEMs #bioprinting
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#MicroTas2024 is well underway and we couldn't be happier to be here! Swing by Booth 29 this week to learn more. Bring the power of the fab to your desktop!
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We are LIVE at @SLAS_Org Europe in Barcelona! Visit our Team at Booth 513D today and tomorrow to learn about our micro and nanofabrication solutions #SLASBarcelona2024
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We are LIVE at @AmerChemSociety 2024 Spring Meeting down in New Orleans! Swing by this week to learn how our tools can accelerate your research. #ACSSpring2024 #Nano #chemistry
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TERA-print retweeted
BIOS@bios_community27 May 2023
Premium - Beaker List🧪: Northwestern Edition Shoutout @NorthwesternU Spinouts: @tera_print, @azul3d, @NeuroLuxInc, @epicorebio, @Sibel_Health, @MicroMGx, @proteomepeople, @StemloopInc, @SAMDITech, among many others! Click below to access now... ow.ly/KmbQ50OqnKz
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We are LIVE at @AmerChemSociety in Indianapolis! Come meet us at Booth 529 and learn about our desktop #nanofabrication tools #ACS2023
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Wishing everyone a Happy Holiday Season, from your friends at TERA-print! SU-8 mold fabricated with our TERA-Fab E series 2.0, and PDMS Device Casted by our Scientists. #happyholidays #microfluidics #nanotechnology #microfabrication
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We’re thrilled to announce we’ve been named a Deep Tech Pioneer by @hellotmrc! A big thank you to the judges who picked our #nanotechnology solution out of thousands of applications, moving us along to the second round! We look forward to attending the event in March 2023.
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Learn More: hello-tomorrow.org/global-su…
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Our new industry challenger - TERA-Fab E series 2.0. Higher power and more uniform near UV light, advanced software functions, and even better user experience while delivering an unprecedented combination of resolution and throughput. Learn More: teraprint.us/eseries
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Proud to be welcomed by @Nasdaq alongside some of the best innovators in Chicago last week! Many thanks to @Chi_Innovation for sponsoring the event and to all of those who believe in our technology. We hope to be back at @Nasdaq soon! Learn More: chicagoinnovation.com/about/…
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TERAprint lighting up Times Square - third company to be featured by Nasdaq! Congratulations to the team @tera_print @AndreyIvankin
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Researchers from @RiceUniversity develop light-activated #molecular rotors kill #bacteria harmful to humans. Accelerate the development of novel #photochemistries like this using the TERA-Fab E series! Read More: science.org/doi/full/10.1126…
(F) Chemical structure of the antibacterial MMs identified in this study. Functional groups highlighted in red, and blue were introduced to tune the activation wavelength of the motor and increase water solubility, respectively. MW, molecular weight. (G) Schematic representation of the different positioning of MM 1 and MM 2 in the bacterial membrane based on results from molecular dynamics simulations.

ALT (F) Chemical structure of the antibacterial MMs identified in this study. Functional groups highlighted in red, and blue were introduced to tune the activation wavelength of the motor and increase water solubility, respectively. MW, molecular weight. (G) Schematic representation of the different positioning of MM 1 and MM 2 in the bacterial membrane based on results from molecular dynamics simulations.

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#Researchers from @UBC created multilayer architectures of 3rd- and 4th-generation #OLEDs using #photoinduced electron transfer reversible addition fragmentation chain transfer (PET-RAFT) polymerization. Read More: onlinelibrary.wiley.com/doi/…
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