#skadis — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #skadis, aggregated by home.social.
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A stejně jsem pro #FreeCADFriday něco vyškrábnul 🙂
Držák na kalkulačku pro #IKEA #Skadis nástěnku. Samozřejmě je to modul pro háčky, které jsem vytvořil už dřív a sdílel na #Manyfold 👇
https://3dprint.social/models/6z8lpc4vgtz0 -
I have a new project idea my ADHD is partying over. Which is bad because I really need to finish other things, god damn it.
…a printer this tiny, designed to be hooked to a Skadis pegboard. Not a remix since the license prohibits that… but using similar parts. And with Klipper.
#Klipper #3DPrinting #ADHD #Skadis -
Skadis Computer Arbeitsplatz für die Kinder
https://blog.sengotta.net/skadis-computer-arbeitsplatz-fuer-die-kinder/This i a translation of my orignal english article you find here: DIY Skadis Computer Workstation for the Kids
Heutzutage wachsen Kinder mehr mit Tablets und Smartphones auf als mit klassischen PCs. Ab der ersten Klasse bekommen alle Kinder in unserer Stadt ein Apple iPad zur kostenlosen Nutzung in der Schule. Das ist großartig in dem Sinne, dass alle Kinder mit dem gleichen Material arbeiten können, egal ob sie reiche Eltern haben oder nicht. Auf der anderen Seite tut es immer weh zu sehen, wenn Kinder versuchen, einen Monitor als Touchscreen zu benutzen. Wenn ich am Tag der offenen Tür an der Schule meiner ältesten Tochter teilnehme und dort in der Informatik-Fakultät aushelfe sehe ich das immer öfter. Die meisten Kinder haben keinen normalen Computer zu Hause und können kaum eine Tastatur benutzen, viele von ihnen haben noch nie eine Computermaus berührt. Das verursacht Schmerzen für jemanden mit einem Ingenieursabschluss in Informatik.
Seien wir ehrlich: Der Familien-PC der 90er und frühen 2000er Jahre ist innerhalb weniger Jahre einfach verschwunden.
Das bedeutet aber auch ein neues Projekt für mich, denn ich möchte nicht, dass meine Kinder aufwachsen und nur ein Tablet benutzen können. Also ist es Zeit für ihre ersten Linux-PCs.
Was sind die Mindestanforderungen?
- Erschwinglich – ich brauche das ganze Zeug dreimal, also ist jeder gesparte Cent gut
- Nachhaltig – wir haben nur einen Planeten, also ist der Kauf von neuem, kurzlebigem Billigzeug nicht die richtige Wahl
- Kompakt – es liegt schon genug Zeug auf den Schreibtischen meiner Kinder herum
- Ergonomisch – man muss keinen krummen Rücken bekommen, wenn man einen PC benutzt
Natürlich war die erste Reaktion: LAPTOPS! Ja, bis ich etwas mehr darüber nachgedacht habe.
Es fängt mit den ersten beiden Punkten an, die Lösung sollte erschwinglich und nachhaltig sein. Also sollten es gebrauchte Business- Laptops sein, bei denen man auch Ersatzteile etc. bekommt. Diese alten Thinkpads und Latitudes sind immer der erste Hinweis, den man bekommt, wenn es um Linux-Hardware geht. Was soll ich sagen, das meiste Zeug, das man für weniger als 200€ bekommt, ist Schrott. Entweder ist es älter als zehn Jahre, oder man hat kaputte Gehäuse, zerkratzte Displays etc. Und ich brauche drei nahezu gleiche Maschinen.
Ja, sie sind kompakt, aber um ergonomisch zu sein, braucht man sowieso einen externen Monitor, Tastatur und Maus. Ich meine, ihr könnt euch noch erinnern, als sie uns wegen Covid-19 nur mit unseren Laptops zum Arbeiten nach Hause schickten? Das war nicht sehr ergonomisch, oder?
Außerdem würden meine Kinder wegen der iPads diese Maschinen eh nie mit zur Schule nehmen. Die nahezu kaputte Batterie in all diesen Maschinen, die nicht besser wird, wenn man die Laptops als Desktop-Ersatz nutzt, ist ein anderes Thema.
Also sind Laptops ein No-Go, was könnten wir also sonst nutzen? Viele Leute nutzen kleine Mini-PCs wie das Lenovo Thinkcentre in ihren Homelabs. Sie sind recht günstig, nachhaltig und kompakt. Ich habe drei Thinkcentre M715q mit 8GB RAM für jeweils 80€ bestellt. Ich hatte NVMe-SSDs zu Hause, genau wie drei 24″-Displays. Tastatur, Maus etc. kann man günstig in Geschäften wie Action kaufen.
Aber wie baue ich daraus ein kompaktes System? In diesem Fall kommen die IKEA Skadis Lochplatten und mein 3D-Drucker zur Rettung. Ich habe die großen 76cm x 56cm Skadis-Platten gekauft und alles daran montiert, indem ich 3D-gedruckte Teile und Kabelbinder verwendet habe.
Und so sieht jetzt jede Station aus:
Ich denke, das ist eine ziemlich saubere Lösung. Jeder PC läuft mit Manjaro Linux und KDE. Und man könnte auch die Höhe des Displays anpassen, wenn die Kinder wachsen. Klar das sind jetzt keine Gaming Maschinen aber für ne Runde Voxelibre oder SuperTuxKart reicht es.
Hier ist eine Auswahl der 3D-gedruckten Teile, die ich verwendet habe:
- IKEA Skadis VESA-Halterung 100×100
- Mini-PC-Halterung für IKEA Skadis Lenovo M7xxq-Serie
- Skadis T-Clip-System
- IKEA Skadis Doppelhalterung für IKEA Koppla Verlängerungskabel
- Skadis Maus-Halter
- Skadis Universal-Haken (Ein Wort zum Skadis Universal-Haken: skaliere ihn 0,2mm dünner oder du hast es schwer)
- Skadis Tastaturhalter 25mm-30mm
Ich bin sehr froh, dass es so viele talentierte Designer gibt, die Sachen für das Skadis-System herstellen. Jetzt ist es an der Zeit, mit den Kindern die richtige Nutzung der Systeme zu üben. Vielleicht werde ich auch einige grundlegende Präsentationen für die Kinder über Computer, Netzwerke, das Internet, Datenschutz etc. machen. Wenn ich das tue, werde ich auch hier darüber berichten.
Das war’s für jetzt, wenn ihr Fragen, Ergänzungen etc. habt, lasst es mich wissen.
#3ddruck #bildung #fedieltern #homelab #ikea #skadis #thinkcentre @bjoern -
DIY Skadis Computer Workstation for the Kids
https://blog.sengotta.net/diy-skadis-computer-workstation-for-the-kids/
Nowadays kids grow up with tablets and smartphone more than with classic PC’s. From the first grade on all kids in our city get an Apple iPad for using it in school for free. Thats great in terms that all kids have the same material to work with, doesnt matter if they have rich parents or not. On the other hand it always hurts to see if kids try to use a monitor as a touchscreen when i am attending the open house at the school of my oldest daughter, helping out there at the computer science faculty. Most of the kids have no regular computer at home and can barely use a keyboard, many of them never toucht a computer mouse. That causes pain for somebody with an engineering degree in computer science.
Lets face it: the family PC of the 90s and early 2000s simply vanished in a matter of years.
But that also means a new project for me, because i do not want my kids to grow up beeing only able to to use a tablet. So its time for their first Linux PC’s.
What are the minimum requirements?
- Affordable – i need all the stuff three times, so every penny saved is good
- Sustainbale – we only have one planet so buying new shortliving cheap stuff isn’t the correct choice
- Compact – there is already enough stuff flying across my kids desks
- Ergonomic – no need to get a crooked back using a PC
Of course the first reaction was: LAPTOPS! Yeah until i thought a bit more about it
It begins with the first two points, the solution should be affordable and sustainable. So it should be used enterprise grade laptops where you can also get spares etc. These old Thinkpads and Latitudes are always the first hint you get when it comes to Linux hardware. What should i say the most stuff you get for less than 200€ is junk. Either it is older than ten years, or you have broken cases, scratched displays etc. And i need three nearly equal machines.
Yes they are compact but to be ergonomic you need to add an external monitor, keyboard and mouse anyway. I mean you can remember when they send us home because of Covid 19 with only our Laptops working on the kitchen table, wasnt very ergonomic, am i wright?
Also because of the iPads my kids would never take that machines to school. The nearly broken battery in all this machines which will not get better using the Latops as desktop replacement is another topic.
So Laptops are a no-go, so what else could we use? Many people use small mini PC’s like the Lenovo Thinkcentre in their homelabs. They are quite cheap, sustainable and compact. I’ve ordered three Thincentre M715q with 8GB Ram for 80€ each. I had NVMe SSD’s at home just like three 24″ Displays. Keyboard, Mouse etc. can be bought for a bargain at shops like Action.
But how do i build a compact system out of that. In this case the IKEA Skadis Pegboards and my 3D printer comes to the rescue. I bought the big 76cmx56cm Skadis boards and mounted everything on it using 3D Printed parts and cableties.
And thats how each station looks now:
I think this is a quite clean solution. Each pc runs Manjaro Linux and KDE. And you could also adjust the height of the Display when the kids grow.
Here is a selection of 3D Printed parts is used:
https://www.printables.com/model/339820-ikea-skadis-vesa-mount-100×100
https://www.printables.com/model/256896-skadis-t-clip-system
https://www.printables.com/model/530560-skadis-mouse-cup
https://www.thingiverse.com/thing:2853261/ (One word to the Skadis Universal hook: scale it 0.2mm thinner or you have a hard time)
https://www.printables.com/model/656685-skadis-keyboard-holder-25mm-30mm
I am very glad that there are so many talented designers out there making stuff for the Skadis system. Now it is time to practice the correct usage of the systems with the kids. Maybe i will to same basic presentations for the kids regarding computers, networks, the Internet, privacy etc. If i do i will post about that here also.
Thats it for now if you have any questions, additions etc. let me know.
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🧰 Premier OpenLab au Fablab de Charleroi : création d’une boîte sur panneau SKÅDIS avec découpe laser et ajustements sur mesure. Un bel exemple de fabrication ouverte et collaborative ! 📎 Voir le projet : https://fablab-charleroi.fab-manager.com/#!/projects/projet-boite-sur-skadis📍 Fablab Charleroi – espace de création citoyenne à Charleroi. #OpenLab #FablabCharleroi #FabricationLibre #Skadis #Charleroi #Makerspace
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The tool wall is finished! IKEA BESTÅ, SKÅDIS, UPPDATERA, and a whole lot of 3D modeling and printing.
I bought the furniture last November. I built the furniture in December. I spent the next six months modeling the custom hangers, and today I published all the 3D printed parts to Printables. Done done. Hooray!
🧵 18/N
#ToolWall #FinishedProject #3DPrinted #Skadis #Gridfinity #IkeaHacks
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The tool wall is finished! IKEA BESTÅ, SKÅDIS, UPPDATERA, and a whole lot of 3D modeling and printing.
I bought the furniture last November. I built the furniture in December. I spent the next six months modeling the custom hangers, and today I published all the 3D printed parts to Printables. Done done. Hooray!
🧵 18/N
#ToolWall #FinishedProject #3DPrinted #Skadis #Gridfinity #IkeaHacks
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The tool wall is finished! IKEA BESTÅ, SKÅDIS, UPPDATERA, and a whole lot of 3D modeling and printing.
I bought the furniture last November. I built the furniture in December. I spent the next six months modeling the custom hangers, and today I published all the 3D printed parts to Printables. Done done. Hooray!
🧵 18/N
#ToolWall #FinishedProject #3DPrinted #Skadis #Gridfinity #IkeaHacks
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The tool wall is finished! IKEA BESTÅ, SKÅDIS, UPPDATERA, and a whole lot of 3D modeling and printing.
I bought the furniture last November. I built the furniture in December. I spent the next six months modeling the custom hangers, and today I published all the 3D printed parts to Printables. Done done. Hooray!
🧵 18/N
#ToolWall #FinishedProject #3DPrinted #Skadis #Gridfinity #IkeaHacks
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The tool wall is finished! IKEA BESTÅ, SKÅDIS, UPPDATERA, and a whole lot of 3D modeling and printing.
I bought the furniture last November. I built the furniture in December. I spent the next six months modeling the custom hangers, and today I published all the 3D printed parts to Printables. Done done. Hooray!
🧵 18/N
#ToolWall #FinishedProject #3DPrinted #Skadis #Gridfinity #IkeaHacks
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And here are some Gridfinity baseplates and driver bit bins for the tool wall. It's hard to tell from the photos, but the baseplates are tilted forward. These bits are from three sets, plus some more I got as singletons. They include a lot I won't use often (ever), but I've also got the ones I need.
These baseplates use the three piece assembly mechanism that I showed upthread in 🧵 10 and 🧵 11.
🧵 17/N
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And here are some Gridfinity baseplates and driver bit bins for the tool wall. It's hard to tell from the photos, but the baseplates are tilted forward. These bits are from three sets, plus some more I got as singletons. They include a lot I won't use often (ever), but I've also got the ones I need.
These baseplates use the three piece assembly mechanism that I showed upthread in 🧵 10 and 🧵 11.
🧵 17/N
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And here are some Gridfinity baseplates and driver bit bins for the tool wall. It's hard to tell from the photos, but the baseplates are tilted forward. These bits are from three sets, plus some more I got as singletons. They include a lot I won't use often (ever), but I've also got the ones I need.
These baseplates use the three piece assembly mechanism that I showed upthread in 🧵 10 and 🧵 11.
🧵 17/N
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And here are some Gridfinity baseplates and driver bit bins for the tool wall. It's hard to tell from the photos, but the baseplates are tilted forward. These bits are from three sets, plus some more I got as singletons. They include a lot I won't use often (ever), but I've also got the ones I need.
These baseplates use the three piece assembly mechanism that I showed upthread in 🧵 10 and 🧵 11.
🧵 17/N
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And here are some Gridfinity baseplates and driver bit bins for the tool wall. It's hard to tell from the photos, but the baseplates are tilted forward. These bits are from three sets, plus some more I got as singletons. They include a lot I won't use often (ever), but I've also got the ones I need.
These baseplates use the three piece assembly mechanism that I showed upthread in 🧵 10 and 🧵 11.
🧵 17/N
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SKÅDIS Drill index shelf. Same 3-piece construction as yesterday's Gridfinity base.
Now I've got a template, and I can probably make these 3-piece units pretty quickly.
🧵 12/N
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SKÅDIS Drill index shelf. Same 3-piece construction as yesterday's Gridfinity base.
Now I've got a template, and I can probably make these 3-piece units pretty quickly.
🧵 12/N
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SKÅDIS Drill index shelf. Same 3-piece construction as yesterday's Gridfinity base.
Now I've got a template, and I can probably make these 3-piece units pretty quickly.
🧵 12/N
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SKÅDIS Drill index shelf. Same 3-piece construction as yesterday's Gridfinity base.
Now I've got a template, and I can probably make these 3-piece units pretty quickly.
🧵 12/N
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SKÅDIS Drill index shelf. Same 3-piece construction as yesterday's Gridfinity base.
Now I've got a template, and I can probably make these 3-piece units pretty quickly.
🧵 12/N
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This earlier test piece shows the mechanism. It's good and solid.
🧵 11/N
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This earlier test piece shows the mechanism. It's good and solid.
🧵 11/N
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This earlier test piece shows the mechanism. It's good and solid.
🧵 11/N
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This earlier test piece shows the mechanism. It's good and solid.
🧵 11/N
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This earlier test piece shows the mechanism. It's good and solid.
🧵 11/N
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This is just a test piece. It's a 1x1 Gridfinity base for the tool wall, but mostly I wanted to see if I could make this 3 piece construction method work. By printing the tray flat, I reduce the number of color changes and make shapes possible that have too much overhang as a one-piece.
This was a pain to model. Someday I should design something that has right angles.
🧵 10/N
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This is just a test piece. It's a 1x1 Gridfinity base for the tool wall, but mostly I wanted to see if I could make this 3 piece construction method work. By printing the tray flat, I reduce the number of color changes and make shapes possible that have too much overhang as a one-piece.
This was a pain to model. Someday I should design something that has right angles.
🧵 10/N
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This is just a test piece. It's a 1x1 Gridfinity base for the tool wall, but mostly I wanted to see if I could make this 3 piece construction method work. By printing the tray flat, I reduce the number of color changes and make shapes possible that have too much overhang as a one-piece.
This was a pain to model. Someday I should design something that has right angles.
🧵 10/N
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This is just a test piece. It's a 1x1 Gridfinity base for the tool wall, but mostly I wanted to see if I could make this 3 piece construction method work. By printing the tray flat, I reduce the number of color changes and make shapes possible that have too much overhang as a one-piece.
This was a pain to model. Someday I should design something that has right angles.
🧵 10/N
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This is just a test piece. It's a 1x1 Gridfinity base for the tool wall, but mostly I wanted to see if I could make this 3 piece construction method work. By printing the tray flat, I reduce the number of color changes and make shapes possible that have too much overhang as a one-piece.
This was a pain to model. Someday I should design something that has right angles.
🧵 10/N
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Anyone know of alternatives to IKEA Skadis pegboards, with similar slot-style holes compatible with their accessories? None of the available panel sizes will fit where I need one to go (~12"/30cm square).
Metal preferred, plastic is OK.
I want to make some holders that hook into one.
I've found knock-offs on Amazon with few reviews and no mention of compatibility. I could maybe 3D print a smaller panel but I'd prefer not to.
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After we got our #Bambu #P1S printer I have printed out more things than I did before we got it. Before this I had a #Ender3v2 and before that a #Monoprice printer that only printed PLA. But dear wholy, nothing has gone wrong, only prints that have failed were because of the design (pegs not joined with the body in one #Skadis thing I made).
So this is the feeling other 3D printing people have been feeling all the time? I love it!
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Meine #eaglemoss-#StarTrek-#Raumschiff-#Sammlung ist vollständig und perfekt. Oder?
Bin stolz auf die Halterungen für das #Ikea #skadis Brett, die ich sämtlichst selbst designed und per #3DDruck geschaffen habe. -
Mein erster Versuch (Konzept, Design und #3DDruck) von einem #Eaglemoss- #StarTrek-Raumschiff-Halter für das #IKEA- #Skadis-Wandbrett ist gelungen. Ich bin aber noch nicht zufrieden. Das musste mit Support gedruckt werden und funktioniert nicht universal genug (für andere Raumschiffe).
