It’s already a thing and AI knows about it. And yes I get the original reference.
Dial in your temperature first with a temperature tower. Make sure you set the temperature changes at the correct heights in your slicer. Once you have selected the best temperature, then print a retraction tower. Make sure you set the retraction changes at the correct heights in your slicer. I have an ender 3 pro, and ended up at 200° with 2mm retraction. Remember to dial in one setting at a time. Best of luck!
I use Tinkercad for simple stuff, FreeCAD for complex parts, and Blender for anything requiring sculpting. As a 3d printing hobbyist I can’t justify the price of commercial CAD software. I prefer open source when a good option is available. FreeCAD took a little getting used to, but it’s got everything you might need to create a part or mechanism for printing. Tinkercad is great for real quick simple stuff, and for blending simple models together. Software is a tool, and you need a specific tool for each specific task. Blender is the best free 3d sculpting software I’ve found.
I use tinkercad to do most things, especially when it comes to combining models, adding some shapes or holes, etc. It’s easy to use, you aren’t inundated with features you don’t need, and always exports an STL that your slicer can understand. I use blender for more complex things, but I know like 2% of what blender can do, so it’s easy to get lost in there.
Yes absolutely. I’m sure the hobby hasn’t paid for itself, but I never expected it to. It has been worth it because of the amount of happiness I have spread with personalized gifts and a feeling of satisfaction when I make a print to fix something around the house or make life a little easier or more convenient. The little toys and doo-dads are great and the kids love them too.