Some will print plastic toy that will end up in trash because they are trash to begin with... Some will make high quality science instruments with 3D printing that will last forever. I wish more plastic was invested in science like that. Thank you for your incredible content.
I'm sorry I flood you with all my comments!!! I just wanna say that all your schematics, writings and explanations are gold. I consider myself a smart DIY guy, but you make me realise my "Dunning-Kruger cognitive trap"! It could have been only a 10 minutes video on "how to make a 3D printed microscope". But you made a whole channel about that build and it's astonishing!!! I have no words to say how much I appreciate when people share their passion and knowledge in such details.
What a great video explaining your #3Dprinting process and in-depth information about microscopy using your wonderful open-sourced #PUMAmicroscope. Thank you, Paul, for this beautiful #opensource gift to the world, facilitating science studies for everyone! #MadeWithFreeCAD
Thanks. There are several more mods that are not described here but you might be able to notice some of them from the video. I want to make a dedicated video on that one day because not all my mods are common knowledge - at least some of them I have not seen anyone else describing on RUclips or elsewhere, even on the big 3D printing sites.
17:50 This kind of comparison: we need more of that! It's hard to guess what would be the end result when I check the specs on a small part on Amazon. Then you take a guess, you buy, then you test it at home, then you regret because it doesn't give the anticipated result! But at least you learn... (but learning that way is expensive and not environmentally friendly).
Hello. Are you referring to the image capture software PARDCapture? PARDCapture can be incorporated into a real-time inspection system. However, please note that at the moment it is only an image capture program and does not have any automated machine vision aspects built into it. You would have to supply those yourself by customising and adding to the code. If you want something that is already advanced in that respect there are other options available such as the cross-platform 'OpenCV' libraries and tools (do a search for OpenCV if you want to get more info and links on that).
you could skip some steps there by using Klipper firmware, and just a suggestion, but superslicer is a better choice by far, especially if you are on a linux distro.
Some will print plastic toy that will end up in trash because they are trash to begin with... Some will make high quality science instruments with 3D printing that will last forever.
I wish more plastic was invested in science like that.
Thank you for your incredible content.
I did exactly the same to tweak certain parts for a prusa, these tutorials are top notch.
I'm sorry I flood you with all my comments!!!
I just wanna say that all your schematics, writings and explanations are gold. I consider myself a smart DIY guy, but you make me realise my "Dunning-Kruger cognitive trap"!
It could have been only a 10 minutes video on "how to make a 3D printed microscope". But you made a whole channel about that build and it's astonishing!!!
I have no words to say how much I appreciate when people share their passion and knowledge in such details.
Thanks. Please tell others know about the channel too.
@@PUMAMicroscope thanks for your channel on the robotic microscope. Can this be used for inspection and defect detection
What a great video explaining your #3Dprinting process and in-depth information about microscopy using your wonderful open-sourced #PUMAmicroscope. Thank you, Paul, for this beautiful #opensource gift to the world, facilitating science studies for everyone!
#MadeWithFreeCAD
Thanks for your kind words. Plenty more still to come!
Great improvementsthose are great improvements to your printing set up. I enjoyed the video!
Thanks. There are several more mods that are not described here but you might be able to notice some of them from the video. I want to make a dedicated video on that one day because not all my mods are common knowledge - at least some of them I have not seen anyone else describing on RUclips or elsewhere, even on the big 3D printing sites.
17:50 This kind of comparison: we need more of that!
It's hard to guess what would be the end result when I check the specs on a small part on Amazon. Then you take a guess, you buy, then you test it at home, then you regret because it doesn't give the anticipated result! But at least you learn... (but learning that way is expensive and not environmentally friendly).
Hello sir, can your developed algorithm and hardware be used for real time defect detection ( inspection). Thanks.
Hello. Are you referring to the image capture software PARDCapture? PARDCapture can be incorporated into a real-time inspection system. However, please note that at the moment it is only an image capture program and does not have any automated machine vision aspects built into it. You would have to supply those yourself by customising and adding to the code. If you want something that is already advanced in that respect there are other options available such as the cross-platform 'OpenCV' libraries and tools (do a search for OpenCV if you want to get more info and links on that).
Thanks
you could skip some steps there by using Klipper firmware, and just a suggestion, but superslicer is a better choice by far, especially if you are on a linux distro.
Thanks for the pointers.