Craig Oates: 3dmodels

Desk-Tidy Mk 2

Sun, 17 Jul 2022 23:25:24 +0000

This is a simple desk-tidy I use to hold my pens. There is not much to write about here. It holds my pens and sits next to my note pad. As the name implies, this is the second desk-tidy (hence 'Mk 2') I've made. The reason I've not put the first version on here is because it's a messy design which I hacked together quickly. If the Mk 1 broke today, I would be better off starting from scratch than re-using the Mk 1 models. Anyway, below is the Mk 2 package. - [Desk-Tidy Mk 2](https://www.craigoates.net/storage/view/craig/media/desk-tidy-mk2) (.zip file, contains the .stl file and the images below) ## Print Settings The settings below are the main ones I used when printing the model. - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes - Rafts: No (Doesn't matter) - Filament: PLA The figures below on based on using Cura 4.8 and the settings above. - Estimated Print Time: 9 Hours 38 Minutes - Material Usage: 106 g, 35.06 m

Whiteboard Pen Holder

Mon, 18 Jul 2022 02:18:34 +0000

The way I have my whiteboard set-up is a little awkward but it does the job. Because of this awkwardness, I used my 3D printer to make a holder for my whiteboard markers. - [Whiteboard Pen Holder](https://www.craigoates.net/storage/view/craig/media/whiteboard-pen-holder) (.zip file, containing the model and the images below) ## Printer Settings The settings below are the main ones I used when printing the model. - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes - Rafts: No (Doesn't matter) - Filament: PLA The figures below are based on using Cura 4.8 and the settings above. - Estimated Print Time: 6 Hours 36 Minutes - Material Usage: 62 g, 20.81 m

Plug Socket Wall Mount

Mon, 18 Jul 2022 04:13:19 +0000

This design is basically a hook. I designed it as a quick-fix for mounting my plug socket to the wall. Because of this, the design doesn't extend well beyond my initial needs -- when it comes to plug sockets. I've decided to share it with you because the hook aspect of it might be of use to you. This is an aside, please ignore if you get bored reading it... I realise I should have labelled this as a 'Wall Hook' or something along those lines. The reason I didn't is because I designed this to solve my plug socket problem. This means all the files on my computer are labelled around the plug socket problem/aim/goal. If I divert from that here, I will only confuse myself further down the line. I have quite a few project files on my computer and I rely on the operating system's search features to find stuff. If I need to jump back into the project files (after a long time away from it) and I base my search on 'wall hook' because that is what it says here, I will never find it. My brain power just isn't that great. I need all the help I can get with this stuff. - [Plug Socket Wall Mount](https://www.craigoates.net/storage/view/craig/media/plug-socket-wall-mount) (.zip file, containing the .stl model and the images below) ## Printer Settings The settings below are the main ones I used when printing the model. Layer Height: 0.28 mm Infill Density: 20% Supports: Yes Rafts: No (Doesn't matter) Filament: PLA The figures below are based on using Cura 4.8 and the settings above. Estimated Print Time: 1 Hours 25 Minutes Material Usage: 12 g, 4.04 m

Hex-Pod

Mon, 18 Jul 2022 22:34:52 +0000

I originally intended to create a storage container so I could store my pens and pencils in my bag. The reason why is because my pencil cases or whatever else I tried always broke in the end. So, I got a little carried away with this one. - [Hex-Pod](https://www.craigoates.net/storage/view/craig/media/hex-pod-001) (.zip file, containing the .stl files and the images below) A Hex-Pod consists of three parts: the body, lid and wall mount. Obliviously, the wall mount file is an optional print. One thing to note about the threading between the lid and the body. They do not tighten and form a flush edge. You need to line them up yourself. Both parts form a solid enough lock and I can say I've lugged a Hex-Pod around in my bag and the lid has not come off. The reason for the lack of a flush finish is because these models were just a prototype. I planned on going back and refining them but I got comfortable with them in their current state. I didn't feel the need to. The motivation behind the hexagonal design was the need to stop the container from rolling off tables when placed on its side. This was one of the first things I wanted to solve when designing the pod. Having said that, I didn't foresee the pod's size being what it ended up as. I thought it would be smaller (thinner is more accurate). Because of this, the need for the hexagonal design is not really needed. Every pod I've printed is fairly solid when stood-up right. If anything, they're more cumbersome when on their side. ## Printer Settings The settings below are the main ones I used when printing the model. *All 'Estimated Print Time' and 'Material Usage' figures are based on using Cura 4.8 and the setting listed within their sections.* ### Hex-Pod Body - Layer Height: 0.28 mm - Infill Density: 20% - Supports: No - Rafts: No - Filament: PLA - Estimated Print Time: 18 Hours 58 Minutes - Material Usage: 215g, 72.25 m ### Hex-Pod Lid - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes (I used it for the thread, haven't tested without them) - Rafts: No - Filament: PLA - Estimated Print Time: 3 Hours 12 Minutes - Material Usage: 35g, 11.59 m I've printed this part of the pod with PETG and it screwed together with the body without any problems. This was just a one-off, though, and I didn't keep the file. ### Wall Mount - Layer Height: 0.28 - Infill Density: 20% - Supports: Yes (see note below) - Rafts: No - Filament: PLA - Estimated Print Time: 5 Hours 1 Minutes - Material Usage: 51 g, 16.95 m I used supports when printing this model but I don't think you need them. I've printed this model four times (using the same file) and the supports always failed mid-print. They left the back of the print looking a messy, also. I didn't mind cleaning them up after the print because the mess was the back and no-one would see it when mounted to the wall. I didn't go back and check if the model is fine to print without supports because, quite frankly, I wasn't bothered by it. I solved my problem and I wasn't aiming for pristine prints. So, keep this in mind when/if you decide to print the wall mount model.

Cave del Predil, Italy

Tue, 19 Jul 2022 01:50:10 +0000

This model was used as part of an artwork by [Nicola Ellis](http://www.nicolaellis.com), in the [Peripheral Memories](https://fondazionefriuli.it/media/documents/Peripheral.pdf) exhibition (text is in Italian). It is a 3D model of the Cave del Predil which resides in Udine, Italy. I created the model using video footage taken of the area with Google Earth. This project was quite the learning experience and I should write a blog post about it one day.

Kallax Bookcase Hook

Fri, 29 Dec 2023 16:31:46 +0000

This 3D model is a quick solution to a messy cable problem. I have quite a few cables dangling off my [Kallax bookcase](https://www.ikea.com/gb/en/p/kallax-shelving-unit-white-30275861/). A consequence of this my devices are constantly being pulled down the back of the bookcase. To counteract this, I've made this model 3D model, to reduce the stress on the cables. It, also, helps keep the bookcase a little tidier. As you can see, from the images below, the hooks clip onto the top of the bookcase. Furthermore, I've designed the hook with the intention of placing them between the dividers panels. There's not much more to say. This model is not the most complex form you'll ever see. But, it might help solve your cable management problem, like it has mine. - [Kallax Bookcase Hook Mk 4 Dimensions](https://www.craigoates.net/storage/view/craig/media/kallax-hook-mk4-dims) (PDF File) - [Kallax Bookcase Hook STL Model](https://www.craigoates.net/storage/view/craig/media/kallax-hook-mk4) ## Printer Settings The settings below are the main ones I use when printing this model: - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes - Rafts: No - Filament: PLA - Estimated Print Time: 1 Hour 28 Minutes - Material Usage: 15 g, 4.79 m

Kallax Bar Holder

Fri, 29 Dec 2023 17:11:34 +0000

If you're like me, you'll usually have cables dotted about your home. Typically, you would throw them in a draw or box, and not think about them for months. Unfortunately, I've got a collection of cables I need to use semi-regularly. So, keeping my cables accessible enough to grab quickly, without constantly being in the way was a problem I wanted to solve. My solution to the problem was to attach a bar to my [Kallax bookcase](https://www.ikea.com/gb/en/p/kallax-shelving-unit-white-30275861/), as you can see in the images below. I decided to go this route instead of buying a pre-made bar because I didn't want to deface the bookcase. This way I can attach the bar, and remove it, without doing any damage to it. Furthermore, it makes it easier to expand the design (on the bar) in the future, without worrying about the state of the bookcase. Unfortunately, you need to provide your own rod. The download link below only contains the models for the end connectors. Regarding the rod, as long as you have something which is less the 39 mm in length and 19 mm in diameter, you should be good to go. - [Kallax Bar Holder Right STL Model](https://www.craigoates.net/storage/view/craig/media/kallax-bar-holder-mk2a-r) - [Kallax Bar Holder Left STL Model](https://www.craigoates.net/storage/view/craig/media/kallax-bar-holder-mk2a-l) - [Kallax Bar Holder Dimensions 1](https://www.craigoates.net/storage/view/craig/media/kallax-bar-holder-dimensions-1) (PDF File) - [Kallax Bar Holder Dimensions 2](https://www.craigoates.net/storage/view/craig/media/kallax-bar-holder-dimensions-2) (PDF File) ## Printer Settings The settings below are the main ones I use when printing this model: - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes - Rafts: No - Filament: PLA - Estimated Print Time: 3 Hours 36 Minutes (individually) - Material Usage: 38 g, 12.33 m (individually)

Laptop Vertical Stand

Sun, 31 Dec 2023 03:15:21 +0000

This is a simple stand for your laptop. I made this as a way to store my laptop vertically, when I'm not using it. The vertical part of the design was an important aspect, for me, when concocting this thing. It needed to store my laptop away whilst taking up as little space on the desk as possible – which this does. A thing to note is how lightweight it is. The stand will hold the laptop but the weight and size of the (I.E. my) laptop makes it easy to tip over, if you’re not careful. A couple of things you can do to rectify this are: 1. scale the model up in your slicer to (creating a bigger surface area); and/or, 2. make the stand out of a heavier material, using the technical drawing (see below). Personally, I placed a bit of Blu Tack under each leg and stuck it to the desk. I thought about screwing it down, but the Blu Tack has held up so far. I should note here, the stand should be okay to hold most modern day 13-Inch laptops. As long as your laptop is less than 20 mm (0.78 in) in height, you should be good to go. To put that into context, Apple’s M3 MacBook Pro series (14 in) are 15 mm (0.61 in) in height. - [Laptop Vertical Stand STL File](https://www.craigoates.net/storage/view/craig/media/holder-mk1-stl) - [Laptop Vertical Stand Dimensions](https://www.craigoates.net/storage/view/craig/media/laptop-vertical-stand-mk1-pdf) (PDF File) ## Printer Settings The settings below are the main ones I used when printing the model. - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes - Rafts: No - Filament: PLA The figures below on based on using Cura 5.6.0 and the settings above. Estimated Print Time: 5 Hours 46 Minutes Material Usage: 43 g, 14.41 m ��

iPhone and iPad Wireframe Cases

Sun, 31 Dec 2023 10:50:31 +0000

These models are an attempt to give myself an extra tool in my toolbox for designing graphical user interfaces (GUI’s). With these models, I can print out wireframes, designed using programs like Figma, PenPot, Illustrator Etc., and place them in these models to get some hands-on feedback. Another thing these models allow me to do is create *scrollable* hand-drawn wireframes. On top of that, I’ve laminated some sheets of paper which I can wipe clean after taking a photo of it – reducing the amount of paper used. - [iPad Mini (2021 Version) STL File](https://www.craigoates.net/storage/view/craig/media/ipad-mini-2021-merged-stl) - [iPad Mini (2021 Version) Dimensions](https://www.craigoates.net/storage/view/craig/media/iwc2021mk1-pdf) (PDF File) - [iPhone 5 STL File](https://www.craigoates.net/storage/view/craig/media/iphone5-wireframe-case-merged-stl) - [iPhone 5 Dimensions](https://www.craigoates.net/storage/view/craig/media/i5wcmk1-pdf) (PDF File) ## Printer Settings The settings below are the main ones I used when printing the model. The print times and material usage listed below are based on using Cura 5.6.0 and the settings listed alongside them. ### iPad Mini (2021) - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes - Rafts: No - Filament: PLA - Estimated Print Time: 8 Hours 38 Minutes - Material Usage: 92 g, 30.95 m ### iPhone 5 - Layer Height: 0.28 mm - Infill Density: 20% - Supports: Yes - Rafts: No - Filament: PLA - Estimated Print Time: 2 Hours 41 Minutes - Material Usage: 30 g, 9.94 m ��