We've made tomographic 3d printing simpler to use by moving complexity from hardware to software. (1/3)
Check out our paper here: https://t.co/QgCldlai9V
@balajis@eshear I’m sure construction in California is slow. However, speed is only one metric. Worker safety, build quality, build longevity etc… all (more) relevant. Roman colosseums, pyramids took centuries to build and they are still standing (though poor worker safety!).
2/2: New code and user interface from @UWaterloo co-op student @Kayley_Ting means complex objects like this bunny can now be printed without hours of programming and set up. Check out the team’s publication in @OSAPublishing Optics Express. https://t.co/dqUNFu7LRo
Tomographic 3D printing is super fast. Prints generally take less than 3 minutes. The experience is more like printing a paper document than with traditional 3D printing, which usually takes hours or more. Watch your print appear before your eyes!
We've made tomographic 3d printing simpler to use by moving complexity from hardware to software. (1/3)
Check out our paper here: https://t.co/QgCldlai9V
We pre-distort the projected light patterns so that they are exactly cancelled out by the refraction of the vial. No more messy index matching bath - just place the vial in front of the projector and go! (3/3)
Looking for a #postdocposition in computer vision / optics / additive manufacturing? We've got an awesome position open in Ottawa at @NRC_CNRC. Join us and get ready to develop some next-gen #3Dprinting tech!
https://t.co/HKR8cqKZGn
Our group at @NRC_CNRC in Ottawa is hiring for a 2 year postdoc position in optical #3Dprinting. If you're passionate about #optics and additive manufacturing, then this is for you! #postdocjobs .
https://t.co/0rf0pJXgbM
An advanced new method has been developed by #CNBP researchers that may open the door to 3D #microscopy in hard-to-reach areas of the human body. Read more here: https://t.co/4ML5dT3OHe @tonyorth@brantgibson@ResearchRMIT
Exciting new #CNBP research takes a current long-standing weakness of #fluorescence#microscopy – photobleaching – and turns it into a strength that improves imaging output by up to 3x! @tonyorth@ResearchRMIT@RMIT https://t.co/lhCR0QNwbQ https://t.co/lhCR0QNwbQ