LazurTechnology
Training applications
Training apps open up new learning opportunities – quickly, conveniently and on your own terms. These are solutions that make acquiring knowledge and skills more engaging and accessible from virtually anywhere. They allow you to train complex processes without risk, in a safe, digital space that allows you to practice at a pace that suits you.
Implementation example:
3D Printer Training App
Created as part of a master's thesis at the Poznań University of Technology, the training application is a modern tool for learning how to use a 3D printer and configure FDM printing parameters. The user can intuitively adjust settings such as nozzle temperature or print speed, and select materials such as PLA or ABS. A realistic printer model and interactive environment help in quick acquisition of knowledge, allowing safe mastery of practical skills in a virtual simulation of the actual printing process.
*Project carried out as part of a master's thesis completed at the Poznań University of Technology. Title: "Training application for operation and selection of parameters of the FDM additive manufacturing process". Author: Tymoteusz Puchalski,
supervisor: Dr inż. Krzysztof Łukaszewski, Faculty of Mechanical Engineering. Year: 2024
Filament selection
The training application allows users to select the right filament for 3D printing, which allows for better matching of the material to the specifics of the project. Thanks to this function, the user can quickly and intuitively select the material with properties that best suit the printing requirements.
Possibility to select printing parameters
The training app allows users to freely select printing parameters, which makes it easier to understand how different settings affect the final effect. The ability to experiment with temperature, printing speed and other parameters gives full control over the process and allows you to gain practical skills in a safe, virtual environment.
Interactive environment
The training app allows users to actively interact with the virtual environment, which makes learning more natural and accessible. The ability to change printer settings, experiment with different parameters, and immediately observe the effects gives freedom of action and helps to better understand the 3D printing process.
