The terminal from which the system can be controlled, for example to start the search for a tool.

The front row of cupboards with 8 cupboards.

The back two rows of cabinets with another 8 cabinets and some heavy duty shelves.

Various electric motors that should be added to the storage system.

Engines were properly added to the inventory list and stored in a heavy duty rack.

We have already applied the planned drilling pattern for the lights and rivets to a shelf as an example. The two outer holes are for the rivet connection, the 3 middle ones are each for an LED.

Mr. Edinger expanding the functions of the current Python script.

The graphical interface for login.

The graphical interface for the main program.

These additional windows open when you click on Swap or Swap in the window at the top. Borrowing or returning changes the current quantity by the specified number of items. Disposing or adding changes the current and also the maximum quantity in the database.

If new material is purchased, it can be added using an additional application that will only be accessible to trained people.

Our RFID-Device (Elatec TWN4 Multitec)

The first drills for the LEDs were a bit uneven since we had to mark them by hand, so a drilling template should be made.

A representation of the CAD for the drilling template. This can be easily placed on the shelf, pushed to the left stop, and drilled cleanly.

Now all the drillings in the selected cabinets are straight. In this picture, the brackets for the aluminum profiles have already been riveted.

Here you can see 4 individual finished LED segments

The plastic cover serves as a holder for the aluminum profile, which will later be snapped onto the back.

The large 6mm holes are intended as guides for the cables. This allows the cables to be introduced space-efficiently from the back.

Mr. Becker soldering the individual cables to the LED segments.

Here we can see how the profiles are fixed inside the cabinet.