Loominus offers a unified platform for 3D biofabrication workflows, combining Loominus Studio software and BioLoom multi-tool 3D printer to enable researchers to design and produce complex biomaterials with high reproducibility. This integrated solution addresses the challenges of workflow complexity and reproducibility in regenerative medicine, accelerating the development and commercialization of advanced medical therapies.
Funding
$1.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Reproducible creation of complex biomaterials is difficult due to workflow complexity and lack of integration between design and fabrication tools. Existing biofabrication methods often require extensive manual intervention, limiting throughput and hindering the development of advanced medical therapies.
Solution
Loominus offers an integrated biofabrication platform that combines the Loominus Studio software and the BioLoom multi-tool 3D printer to streamline the design and production of complex biomaterials. Loominus Studio provides a user-friendly, no-code environment for creating and managing 3D biofabrication workflows represented by graphs. The BioLoom printer integrates various extrusion-based 3D printing technologies, including direct ink writing, melt electrowriting, electrospinning, fused filament fabrication, and melt extrusion, within an enclosure that provides active sterility and environmental control. This integrated approach enables researchers to create end-to-end biofabrication workflows, from experimental planning to fabrication, with increased reproducibility and efficiency.
Target Audience
The primary target audience includes researchers and companies in regenerative medicine and related fields who are developing advanced medical therapies and require reproducible biofabrication workflows.
Features
- Loominus Studio: No-code software platform for designing and managing biofabrication workflows using a graphical interface.
- Loominus Studio: Procedural parametric CAD modeling for effortless design and customization of multi-material structures.
- Loominus Studio: Advanced toolpath control for precise manipulation of printing parameters.
- Loominus Studio: Real-time monitoring and automation of the biofabrication process.
- BioLoom: Multi-tool 3D printer integrating direct ink writing, melt electrowriting, electrospinning, fused filament fabrication, and melt extrusion.
- BioLoom: Enclosure with active sterility and environmental control for reproducible printed outcomes.
- GMP-compliant solutions for fast-tracked commercialization.