Ah okay, then it makes sense to have a bit more power locally. I absolutely get what you mean. I worked in onsite IT support the first 10 years of my career and in the beginning I had an absolutely crappy hp notebook with some dualcore processor and like 500MB RAM (don’t remember the reals specs, but it felt like that). There has to be a minimum device requirements to be able to work without getting stressed by your device :D Yes it’s an exclusion and most of the time I think it’s good as it is. I also worked in an IT department of another big company and you can’t imaging what user are able to do. I - and pretty everyone who did this kind of job - could easily write a book about how dumb users can be. So it’s the easiest way just to tell people what devices to use, installing them with some MDM Software and keeping their rights as locked up as possible. I get nightmares only thinking about letting some of these guys use their personal devices in company’s network :D
So you work from home, right? May I ask what you do for a living? Just curious
Btw I asked my company for a MacBook Pro as work device. It’s absolutely silent, because it’s fan free and hooked up to my 49“ ultrawide monitor. But as I said in another comment I only use the device to connect remotely to other devices, so I don’t need much power locally.
Good question. I work in IT and most things I do take place on server or more like datacenter hardware remotely. So my work device itself doesn’t need that much power. But I totally get that there are jobs that need powerful devices, as I remember from the days I worked onsite for many different customers. I am just curious
I never understood why someone would want this. I would never want to use my personal pc for work. They give me a device, install everything for me and I just work with it while not having to deal with anything. I see that like a company’s car. You drive it and don’t have to deal with it in any other way. Isn’t that great?
And fan cover is just some basic 92mm cover, there are plenty out there.
The Mainboard housing also is my own creation, but I failed horribly with the screw holes for the board, so I strapped it in there using cable ties for now. I have to make another version some day that is good enough to be uploaded.
I carry the cybertool L on a daily basis for 2 years now. I love this thing and couldn’t imagine leaving the house without it. Even at home I often carry it in my pocket as it comes in handy that often around the house. I use the knife, pliers, scissors and bit driver the most, but I even had many usecases for the file and saw in the last years. Once I was spontaneously helping my mother changing here offices floor (click vinyl). The saw and file were live savers as my mother didn’t have the right tools around and made it possible to work faster and more precise than I could have ever imagined. The bit driver is perfect for every task I used it for (only downside is that it’s not placed in the middle, that makes it a bit unhandy sometimes. But it gets the job done). To sum up, this SAK feels like having a whole toolbox with you all the time, making it feel like being prepared for everything everytime!
Ah okay, I already thought someone stole my design (not that it would have any financial impact, but even though I would be mad - I would at least want to be mentioned as this - even though its „just“ a remix - took hours to make). Thank you, that would be interesting :)
The old one is printed on my standard Voxelab Aquila. The new one also is printed on the same Voxelab Aquila, but heavily modified in the meantime (DirectDrive, PEI bed, Enclosure, Filament dryer, Octoprint, Electronics placed outside the enclosure for better cooling and so on…)
That’s because the base of my model is whity‘s parametric box (but from printables. It’s also linked to my model). I modified it‘s dimensions and added the divider + TPU Inserts + Logo on top, so that it fits the Retroid. But I don’t know the model from thingiverse, do you have a link? Is there a exact copy of my Retroid box?
I already tried that, didn’t work. I increased the runout distance and sent some M412 commands to configure everything before a test print. It then seemed to work, but when I cut the Filament to simulate a runout it didn’t work. Sending the sensor back if I can’t get it to run this weekend