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The video provides a visual overview of the instrument’s performance, ease of use, and scalability, positioning RASTRUM Allegro as a next-generation platform for biologically relevant 3D cell modeling.https://inventialifescience.com/hubfs/Videos/RASTRUM%20Allegro%20Video%20Full%20Length.mp4109nonoRASTRUM Allegro3D BiologyRASTRUMhttps://inventialifescience.com/hubfs/thumb-cell.jpgthumb-cellthumb-cellhttps://inventialifescience.com/hubfs/Image%204A%20-%203.5x-1.webpImage 4A - 3.5x-1Image 4A - 3.5x-1https://inventialifescience.com/hubfs/Inventia_Rastrum_Images/Small%20Tile%20Matrices.jpgSmall Tile MatricesSmall Tile Matriceshttps://inventialifescience.com/hubfs/inventia_insights_banner_1068x657.webpinventia_insights_banner_1068x657inventia_insights_banner_1068x657https://inventialifescience.com/hubfs/Image%203.webpTable showing the number of plates printed per model based on total cell input, illustrating how RASTRUM Allegro minimizes sample waste and maximizes efficiency.Image 3https://inventialifescience.com/hubfs/RASTRUM%20Allegro%20Workflow.webpStep-by-step process for generating 3D cell models with RASTRUM Allegro: select matrix, choose architecture, prepare cells, print models, and perform downstream analysis for high-throughput drug discovery and biomedical research.RASTRUM Allegro Workflowhttps://inventialifescience.com/hubfs/Allegro%20Brochure%20doc%20image.pngAllegro Brochure doc imageAllegro Brochure doc imagehttps://inventialifescience.com/hubfs/Image%202.webpAnimated visualization of RASTRUM Allegro’s high-throughput 3D cell model printing process. The GIF highlights rapid, automated well-plate generation, demonstrating the platform’s ability to produce over 35 plates per day with precise, reproducible cell model formation.Image 2https://inventialifescience.com/hubfs/RASTRUM_Allegro_User.jpgRASTRUM_Allegro_UserRASTRUM_Allegro_Userhttps://inventialifescience.com/hubfs/RASTRUM%20Allegro%20CVs%20GIF.webpAnimated gif with two frames: the first shows post-print CVs (<10%) for MCF-7 and HepG2 cells in 96-well plates; the second shows downstream assay CVs (<19%) for MCF-7 cells in 384-well plates with paclitaxel, demonstrating reproducibility of PEG-based RASTRUM Matrices.RASTRUM Allegro CVs GIFhttps://inventialifescience.com/hubfs/scalability%20app%20note%20thumbnail.pngscalability app note thumbnailscalability app note thumbnailhttps://inventialifescience.com/hubfs/RASTRUM_Allegro_User.webpScientist operating the RASTRUM Allegro 3D cell culture platform in a lab. The system enables high-throughput, reproducible 3D cell model generation for drug discovery and translational research.RASTRUM_Allegro_Userhttps://inventialifescience.com/hubfs/WebAssets-Hero/Hero%20Cloud.jpgHero CloudHero Cloudhttps://inventialifescience.com/hubfs/RASTRUM_Allegro_NHLF_HUVEC_A459_Phalloidin_ConA.webpFluorescent microscopy image of a 3D cell model grown using RASTRUM™ technology, showcasing complex tissue architecture and cellular interactions. The image highlights the tunable microenvironments designed for specific cell types and applications in drug discovery and disease research.RASTRUM_Allegro_NHLF_HUVEC_A459_Phalloidin_ConA2026-10-16 https://inventialifescience.com/applications-services/cancerhttps://inventialifescience.com/hubfs/RASTRUM_Allegro_User.webpScientist operating the RASTRUM Allegro 3D cell culture platform in a lab. The system enables high-throughput, reproducible 3D cell model generation for drug discovery and translational research.RASTRUM_Allegro_Userhttps://inventialifescience.com/hubfs/A549_NHLF_DualMatrix_.webpRASTRUM 3D cell model of the tumor microenvironment with spatial separation in RASTRUM’s Dual Matrix Model architectureA549_NHLF_DualMatrix_https://inventialifescience.com/hubfs/2D_3D_Cell_Model_Comparison.webpRASTRUM enables scalable, reproducible, and biologically relevant 3D cell models compared to 2D cell culture or suspension cultures.2D_3D_Cell_Model_Comparisonhttps://inventialifescience.com/hubfs/thumb-cell.jpgthumb-cellthumb-cellhttps://inventialifescience.com/hubfs/RASTRUM_Allegro_NHLF_HUVEC_A459_Phalloidin_ConA.webpFluorescent microscopy image of a 3D cell model grown using RASTRUM™ technology, showcasing complex tissue architecture and cellular interactions. 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Powered by the company’s proprietary RASTRUM™ bioprinting technology, LIGŌ is a handheld medical device that delivers advanced hydrogel materials directly into the body—allowing surgeons to reconstruct tissue architecture with greater control, speed, and precision. This video introduces the concept, development, and clinical potential of LIGŌ as a transformative tool for regenerative medicine. Designed for operating room use, LIGŌ enables spatially controlled delivery of bioinks to support wound healing and soft tissue regeneration in cases such as trauma, burns, and post-operative reconstruction. LIGO eliminates the need to print in vitro and then transplant. Instead, it brings the biofabrication process directly to the patient—bridging the gap between lab-based engineering and real-world clinical care. The system supports sterile, reproducible workflows and is engineered to meet the practical needs of clinicians and surgical teams. Backed by two successive grants from the NSW Health Medical Devices Fund, LIGŌ is moving toward clinical trials with strong support from Inventia’s research and clinical collaborators, including Concord Repatriation General Hospital. 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