In our laboratory we use a 3D printer from Flashforge, which is an important tool in the development and testing process in the field of electrochemistry. This printer features high print resolution, allowing us to create detailed and accurate components for our projects. With compatibility with a wide range of filaments and the extruder's ability to heat up to 320°C, we can experiment with a variety of materials, including those that require higher melting temperatures.

The modern and user-friendly software that accompanies the Flashforge 3D printer makes the design and printing process as efficient and accessible as possible. This provides flexibility in design modification and speed in implementing ideas, which is critical in the dynamic research environment.
In our laboratory, a 3D printer is used to design electrochemical cells and battery prototypes. This allows us to not only bring innovative concepts and designs to life, but also test electrochemical systems with custom-built components. This approach significantly accelerates the development and optimization of new electrochemical devices, opening up vast opportunities for research and innovation in the field of modern energy technologies.