Oldie Vice V2

Thread

threadEndRound

threadEndKnob

Base

Clamps

Everyones favorite Canadian [AvE](https://www.youtube.com/user/arduinoversusevil) posted a video about a wrench made by [Hand Tool Rescue](https://www.youtube.com/user/erzzi6). I really liked the design and thought it would work great as a 3d printed design for a kind of wrench clamp combo that wouldn't suffer the issues that 3D Printed Crescent Wrenches face. My design definitely isn't as Skookum as the metal one made by Hand Tool Rescue but I have to say its far stronger than you would expect, especially considering I didn't go too gun hoe on the print settings.

Oldie Wrench v7

Handle

Head

## Summary

Stringing, also often referred to as Oozing, is when a print has small hairs or in extreme cases thick lines of the filament in between the outside perimeter of two print locations. Luckily cleanup for Stringing is generally pretty simple as long as the stringing isn't extreme. If you are unfortunate enough to have extreme stringing, then this guide and the included test print should get you up and running in no time.

*This model is fully parameterized if you have Inventor.*

![Inventor-Preview](https://blog.ansonbiggs.com/content/images/2018/08/Inventor-Preview.png#full)

<p style="text-align: center; font-style: italic;"> Preview of model in Inventor </p>

## Contents

This project contains a .stl file that has 3 Cones in a line. They are set up so that they test every length from 0mm to 15mm by default. There is also a .ipt file if you have Inventor and would like to make modifications to this. This model only uses one parameter, the longest distance you want stringing to be tested at and it automagically does the rest for you.

## Goals of This Print

The two major factors affecting stringing are **Retraction** and **Temperature**. Too high of a Temperature would cause a host of other issues in your prints so if you are mainly just experiencing stringing then Retraction is probably your issue. The included .stl tests stringing from 0mm to 15mm by default. Small strings often referred to as hairs are very common at small distances and are very easy to clean up after the print has finished. If stringing is prominent on the longer distances then I would look into the troubleshooting steps.

stringingTest.ipt

stringingTest.stl

## Summary

A rough, blocky, minimal, but dimensional correct model of a [Raspberry Pi 3 Model B+](https://amzn.to/2AI34wa). I use this to quickly measure parts of the Pi whenever I'm working on a Pi-related project in CAD. I included the **.f3d** file which should work best since the model was designed in Fusion, but I also included a **.step** file for use in every other CAD software, as far as I know, feel free to ask for a different file type.

## Printing

**I don't see any reason in printing this but you do you.**

## Download

[Get this model on my Thingiverse](https://www.thingiverse.com/thing:3011653)
[Get this Project on my Gitlab](https://gitlab.com/MisterBiggs/MyModels/tree/master/Rough%20Pi%20Model)
[Get this Project on my Blog](http://blog.ansonbiggs.com/rough-raspberry-pi-model/)

[Direct Download .stl](http://bit.ly/RoughRaspstl)  
[Direct Download .step](http://bit.ly/RoughRaspstep)  
[Direct Download .f3d](http://bit.ly/RoughRaspf3d)  

## Pictures

![Dimension-Pi](https://blog.ansonbiggs.com/content/images/2018/08/Dimension-Pi.png)

![Green-Pi](https://blog.ansonbiggs.com/content/images/2018/08/Green-Pi.png)

Simple Raspberry Pi 3 Model B+ Model

Rough Pi Model

Raspberry Pi Master

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stringingTest.ipt

stringingTest.stl

Simple Raspberry Pi 3 Model B+ Model