Intelligent features for previously unknown possibilities
The Voltera NOVA has numerous smart functions that guarantee you unprecedented precision when printing your electronics projects. Proprietary direct-write extrusion printing technology gives you control over exactly where to print. The 3D printer works with a camera-based inspection it improves the accuracy during calibration and also during the print itself. The integrated AR overlay function gives you an exact idea of how your design will look on the substrate will look like.
The automatic analysis of the desired material, the intelligent dispenser of the Voltera NOVA expands the range of materials with which you can print your electronics. Key figures such as the required pressure and temperature as well as viscosity are measured so that the 3D printer can calibrate itself automatically. To ensure that the print is successful, the Voltera Nova creates a test print on a test plate. This allows you to ensure in advance that the line width, for example, meets the requirements.
High-quality 3D printing thanks to improved material flexibility
The innovative dosing technology, Voltera also opens up the complete range of conductive inks to you. For the first time, a 3D printer can also produce electronics that are printed on soft or stretchy materials and is not dependent on a specific dispensing technique when selecting the ink.
The flexibility of the printer also extends to the titanium vacuum worktop: The porous surface guarantees an even flow of air, with which almost any substrate can be fixed. With a positioning precision of 15 microns, the detailed production of molded parts is ensured.
The innovative 3D printer from Voltera not only impresses with the highest level of accuracy. Its intelligent features and the possibility of being able to produce soft and flexible electronics yourself for the first time make the NOVA a unique companion on your way to innovative products. The Voltera NOVA can now be pre-ordered in the reichelt online shop.
Images: Voltera
