2Pp 3D-Printing: Tailored Software Reduces Stitching, Saves Time & Boosts Efficiency -- Upnano

(MENAFN- PRLog) -- With the release of the latest software upgrade for its NanoOne platform of high resolution 3D-printers, UpNano has pushed the limits of the fastest 2PP 3D-printer on the market even further. Now smart stitching can improve the quality of the final product and the already high printing speed can be increased even more. Also, using the same objective and material, several completely different print jobs can be combined into one, saving costs and further time. All this is greatly simplified by an intuitive user interface that is an integral part of all software developed by UpNano. The upgrade is compatible with all NanoOne printers and most existing customers have acquired it already.
The 2-photon polymerization-based (2PP) 3D-printers by UpNano GmbH (Austria) are the fastest high-resolution 3D-printers on the market. Used in industry and academia alike, they have already set new standards in electronics as well as in micro-optics and for biocompatible applications in cell and medical research. The extremely compact desktop print system offers high-resolution 3D-printing across twelve orders of magnitude. Now the latest software upgrade adds significant functionality.
Seamless Progress
At the basis of the upgrade is the ability to define several printing parameters individually and set complex changes of those parameters during the printing process in advance. The potential this offers for the quality of the print product and the speed and efficiency of the printing process can be dramatic.
"Now, products with exactly defined seams can be printed", explains Denise Hirner, COO and co-founder of UpNano. Seams are a serious quality issue for 3D-printed products. They are the result of the necessity to move the field of view during printing and to join ("stitch") the printed elements of each subsequent field of view together. "The unique features of our latest upgrade help to reduce this", adds Denise Hirner. "By addressing more parameters individually and dynamically, it is now possible to define the exact positions of stitching lines. Depending on the final structure, this allows for a smart integration of the seams into the design."
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