Modular Filament Sample (Swatch) System
Description
This filament sample or swatch system solves the one problem that nagged me in the past… scalability. With this system, you print a base piece with or for every swatch so you always have the exact right size of container for all your samples. And, because the base (holder) pieces snapped together you can re-arrange them, expand or remove samples whenever you want. If you don’t know, and I didn’t for a long time, you will really appreciate it if you print a sample of every brand, colour and type of filament you use. You only need to do it once; it is fast and easy. And, later, you will really appreciate being able to compare swatches when you want to colour-match something. I wish I started doing this a long time ago. So start now if you haven’t already. You can print each set in the colour of the sample or just the card as a sample colour - making all the bases the same. It's entirely up to you. I have also included an optional end wall and an optional middle wall to help separate material types or other categories. The end wall covers up the connector on the last segment. The cards are 80mm x 40mm so they print quickly but are large enough to make it possible to really see the colours. Each card is 1.6mm thick but has sections to evaluate opacity at 0.4mm, 0.6mm, 0.8mm, 1.0mm, 1.2mm and 1.4mm. The trays are 3mm thick so it leaves a small gap to help grab the sample cards when needed. I also included a detent so the cards do not all fall out as you move the set around. I recommend writing on each as follows: Brand Type Colour Print Date Optional Machine it was printed on As for colour organization, obviously you can do it however you want, but I recommend the following visually intuitive and pleasing sequence: White → Light Grey → Dark Grey → Black → Red → Orange → Yellow → Green → Blue → Purple → Brown → Specialty Colors (like metallics or translucent) I am separating my materials into separate sets like PLA, PETG, ABS, etc. Print Settings I have left considerable play in the connectors of the base pieces intentionally so that you do not need to worry too much about print quality. I print across many machines and wanted to be sure that regardless of which machine printed the base, they could snap together. So you can (or should be able to) print these in any material and on any settings. There are some short unsupported runs, so if those give you any issues just clean them up with a knife after printing. But for most printers that will not be an issue. Brim = No. Support = No. Print orientation = As per the STL/3MF files. Additional Info Visit my blog for more details and other designs: https://www.logicalplanet.com/
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