An application created for educational purposes, modeled on such software as Jira or Trello. It allows to create projects, add issues to them and manage them: different priority levels, editing, closing a completed issue. It allows to add multiple users with different access levels to the project. The application uses a MySQL database. Responsive frontend ensures proper display also on mobile devices.

An application created to work with a CNC bending machine that I build. The g-code for more complex shapes is virtually impossible to write by hand, so I needed software to do it for me.

Input data can be read from a file containing a list of 3D points, it is also possible to manually add segments. An interesting option for editing is the ability to interpolate 3D points to densify the geometry and produce a smoother bend profile. Machine geometry parameters and generated g-code options can be configured. To ensure high accuracy of bending, the software allows you to enter compensation values for various angles, which is necessary due to the springiness of the material. The 3D view of the generated shape facilitates editing, and the ability to display bending animation allows you to check for possible errors and collisions with the machine.

The application allows to quickly generate the g-code for the wire cutting machine. All necessary machine and code generation options are configurable.

A hobby project of a CNC machine that allows to bend any shape from wire. Elements mostly 3D printed. I used stepper motors for the drives. As a driver I used the Arduino Mega2560 module with the grbl-Mega-5X software. The control panel uses a RaspberryPi with a touch screen and cn5x software.