This is a simple pen cup that can be mounted to a wall. It is divided into three compartments of equal sizes. Its size is about 14 cm (W) x 6 cm (D) x 87 cm (H). The distance between the mounting holes is 10 cm.

This model can be used for many purposes. Nevertheless, it was mainly designed to suspend a sheet of glass in the air. This setup is used to take pictures of small objects without shadows. This object is designed for standard 1-1/4 inch abs drain pipe. You will need the following to make the photo suspended glass. - 4 x 1-1/4-inch drain pipe. Mines are 9 inches in length. - 4 feet. - 2 somewhat rigid rods. I have used steel rods, 3/16 inch in diameter. - 1 thin sheet of glass. - 1 large piece of paper or thin cardboard. Drill holes near the top of the pipes to insert the rods.

This is a simple wide nozzle for a Rigid Gen5X Brushless 18V Wet/Dry Vacuum. The internal diameter is about 31.5 mm or 1-1/4 inch.

To install Pronterface on Unbuntu, first install the dependencies.

To remove permanantly an object in a remote GIT repository, simply perform these steps. Prior executing them, go to the GIT project folder. This is the one having the .git folder.

This object is a case for the GM328A Electronic Components Tester. It has a compartment for the 9V battery and an access hole for the extra test leads. The thin plate on the battery cover should be placed between the Component Tester and the battery to prevent any short circuits. 6 screws such as M3 x 12mm are required. Similar screws will also fit.

This is a simple Reprap character based LCD holder for a Prusa i3 3D printer. It is designed to be attached to a 6.35 mm tick frame, 45 mm in length. To mount this holder on the frame, you will need: - 1 x M3 25 mm screw with its nut - 1 x M3 16 mm screw with its nut. The LCD is mounted using six screws. The screws shall be small. Pilot holes are provided. A drill bit is needed to enlarge the pilot holes to fit the screws you will be using to mount the LCD on the holder. The holder is slightly tilted downward. The holder can be easily modified with a file to make it tilt upward.

This is a simple parametric adapter that lets you mount a device designed for screws with a Zip Tie. You do not need to make holes in the thing holding the device.

This is a Customizable Small Linear Carriage Generator. This set of files generate the printable parts needed to build a small linear carriage. This carriage is designed to be a Z axis carriage while Customizable Linear Carriage Generator is the Y axis. The X axis will be uploaded soon. It can be heavily customized. The Libre Office Calc file is used to compute some key values needed to create the printable parts. Some resulting values have a variable name on the right. These values shall be copied into the Parameters.scad file. It is the only OpenScad file that contains modifiable parameters. Once you have customized the parameters in Parameters.scad, open the files "Front Plate.scad", "Motor Mount.scad" and "BearingHousingMount.scad" with OpenScad, render them and export the three models. Before printing or cutting material, verify carefully the overall part sizes. Invalid parts may be generated if incoherent values are inputted. The value given in the given files are for: 20 x 20 mm V-SLOT™ Linear rail (337 mm in length) 1 Nema17 stepper motor (17HS8401) 4 Delrin V Wheel™ Kit with spacers 1 8 mm lead screw (four starts) easily available from Chinese suppliers 1 flexible 8mm - 5mm coupler 2 608ZZ bearings with a 8 mm washer 2 T-Slot inserts with the required M5 screws (10 mm) 4 M3 screws to mount the motor (8 mm) 5 M5 screws and nuts to mount the V Wheels (25 mm) 2 M3 screws and nuts to mount the nut bracket. (10 mm) Mount the bearing housing without the bearing in the housing first.

This script creates a git project to be shared among the users of the Unix group $GIT\_GROUP. Every git project will be created into the directory $REPOSITORIES\_BASE\_DIR.