The OpenFlexure project is an open-source initiative focused on development of 3D printed, laboratory-grade digital microscopes and positioning stages, making high-quality microscopy accessible to all.
@calummackervoy.bsky.social
@calummackervoy.bsky.socialThe OpenFlexure project is an open-source initiative focused on development of 3D printed, laboratory-grade digital microscopes and positioning stages, making high-quality microscopy accessible to all.
@open-neuroscience.com📜 Apresentação de um projeto de #CienciaAberta
🛠️PUMA: Microscópio de código aberto impresso em 3D
👩💻 🧑💻 Desenvolvido por: Paul J. Tadrous
👀 Para saber mais sobre o projeto: open-neuroscience.com/en/post/puma...
👉 Leia o artigo sobre o PUMA: onlinelibrary.wiley.com/doi/10.1111/...
#OpenHardware
![O PUMA é um projeto de sucesso, publicado
oficialmente no Journal of Microscopy. Foi desenvolvido
para observação direta de imagens (a olho nu), e mesmo
sendo portátil, oferece opções avançadas de aquisição
de imagens, medições e controle por computador.
PUMA é um acrônimo para:
[P]ortátil, [U]pgradeable (Expansível, Atualizavel),
[M]odular, [A]cessível.](https://cdn.bsky.app/img/feed_fullsize/plain/did:plc:nxbojypa7rg4xf35yn36tegm/bafkreicjrukpworjncmo2sjedghyqepueqb3vzyaakr7kg2qbwnk7k54zq@jpeg)
@alxd.writing.exchange.ap.brid.gyThe 150th illustration in the #storySeedLibrary comes from @the_lemonaut and represents something largely missing in the #solarpunk visual language so far:
#openHardware collaboration, both engineering and scientific, on the example of the #openFlexure […]
@opensourceneuro.comLIFeling can be connected to external hardware delivering positive or negative current, allowing it to be stimulated much like a neuron in an electrophysiology experiment while its membrane potential is observed directly.
#OpenHardware
@pythonlinks.mastodon.social.ap.brid.gyHere is the site for the OSHWA.
@pythonlinks.mastodon.social.ap.brid.gyI am working on a news site for #OpenHardware
@open-neuroscience.com📜 Project Showcase
🛠️ PUMA: 3D Printed Open Source Microscope
👩💻 🧑💻 Developed by Paul J. Tadrous
👀 To learn more about it: open-neuroscience.com/en/post/puma...
👉 Read their manuscript: onlinelibrary.wiley.com/doi/10.1111/...
![PUMA is backed up by a peer-reviewed paper in the
Journal of Microscopy and designed for direct eye
observations and ultra-portability with advanced
options for digital imaging, measurements and
computer control.
PUMA is an acronym for:
[P]ortable, [U]pgradeable, [M]odular, [A]ffordable.](https://cdn.bsky.app/img/feed_fullsize/plain/did:plc:nxbojypa7rg4xf35yn36tegm/bafkreib6p3y7wyw5zjklyj5ym6ahiyzkil43jvsrfjvzfdzf3redvz76ku@jpeg)
@wrightjmf.bsky.socialOpen book on doing CAD with code, written by David Straub. Includes #CadQuery. #OpenSource #OpenHardware #CodeCAD
@tindieofficial.bsky.socialOctober is Open Hardware Month! #TindieBlog #OSHWA #OpenHardware #Livestream @oshwassociation.bsky.social
blog.tindie.com/2026/09/octo...
@totientfunction.mathstodon.xyz.ap.brid.gyThe Openprinter project is getting closer to launch 🥳
https://www.youtube.com/watch?v=wSV5XT4sl2A
https://www.crowdsupply.com/open-tools/openprinter/updates/on-the-road-to-launch
#openhardware #printer #printing #opensource #sustainability #openprinter
@openrobotics.bsky.social/me taps the microphone
Is this thing on? Yup, it is.
Hello! We're bringing Open Robotics to Bluesky! We're relatively new here and would love some shares to help us find our people. Could you please oblige?
@lpiseasia.bsky.socialTrue open hardware remains an elusive goal.
After testing two #ARMSoM (#BananaPi) Single Board Computers powered by #Rockchip System-on-Chip processors, Moreno Razzoli (Morrolinux) highlights their capabilities and the challenges still facing #openhardware.
Dive in: https://lpi.org/fx74
#LPI #FOSS
@labcrafter.co.ukWe're now selling Mothbox Pro kits in the UK and EU. 🦋
It's an open-source light trap from @dinalab.bsky.social that photographs every insect that lands on it. 20% of profits go back to them.
Batch 1 is small and we'd love your feedback.
@lpi.orgWhat happens when promising hardware meets the reality of #openhardware?
Moreno Razzoli (Morrolinux) tested the ARMSoM Sige5 and P2Pro, looking at AI acceleration, #Linux support, #IoT connectivity, power efficiency, and limitations. See what he found: lpi.org/fx74
@opensourceneuro.comIf you are a neuroscientist, educator, student, maker or hacker interested in how these worlds can intersect, come and talk with us in Rome.
We suspect there will be quite a lot to discuss.
@lpiseasia.bsky.social“While open-source software has made enormous progress, hardware freedom is still far behind.”
Read this article by Moreno Razzoli (Morrolinux) to learn more: https://lpi.org/fx74
#LPI #ARMSoM #Rockchip #SBC #SOC #AI #IOT #FOSS #opensource #openhardware #BananaPi
@lpieurope.bsky.socialWhat happens when promising hardware meets the reality of #openhardware?
Moreno Razzoli (Morrolinux) tested the ARMSoM Sige5 and P2Pro, looking at AI acceleration, #Linux support, #IoT connectivity, power efficiency, and limitations. See what he found: lpi.org/fx74
@homofaciens.deWhat plastic powders are printable with Extruder V7.2 is investigated in this and in coming videos:
www.youtube.com/watch?v=iKoA...