Ourobionics

Exciting news!!! Ourobionics will be at TERMIS in Freiburg this year, and we're bringing the heart of our revolutionary technology with us! 👋 Come visit our meeting table to discover our innovative device that integrates FIVE cutting-edge biofabrication technologies into ONE powerful platform. Imagine the possibilities for your research! Our team will be on hand to show you more and answer your questions about how our integrated solution can streamline your work and accelerate your discoveries in tissue engineering and regenerative medicine. Want to schedule a dedicated meeting with us at TERMIS? Send us a direct message or email info@ourobionics.com to arrange a time that works for you. We're looking forward to connecting with fellow researchers, innovators, and industry leaders at TERMIS. Let's discuss the future of biofabrication together! #TERMIS #Biofabrication #TissueEngineering #RegenerativeMedicine #Innovation #MedTech #Ourobionics #Freiburg #Conference #Biofabrication #3DBioPrinting

We are happy to announce that project EMARS is on its way with an official kick-off meeting. We're thrilled to share details about our innovative project: Engineering Hair-Bearing Models for Advanced Hair Regeneration Studies (EMARS). This initiative aims to develop hair-bearing skin constructs to improve treatment for deep wounds, burn wounds, and hair loss. Our Dutch consortium, Burn Research Lab, Hair Science Clinic, and Ourobionics, is collaborating to optimize hair graft storage conditions, determine conditions for hair regeneration from stem cells, incorporate stem cells into skin constructs, and utilize advanced 3D biofabrication for precision placement for wound healing and burn victims. This project has the potential to significantly impact patients' quality of life, reduce healthcare costs, and advance scientific understanding of hair regeneration. We're excited to contribute to the LSH sector and drive innovation in tissue engineering.  "The collaboration project is co-funded by PPP Allowance awarded by Health~Holland, Top Sector Life Sciences & Health, to the Dutch Burns Foundation to stimulate public-private partnerships" #RegenerativeMedicine #TissueEngineering #HairRegeneration #Bioprinting #HealthcareInnovation #EMARS #Ourobionics #BurnResearchLab #HASCI #Brandwondenzorg.nl

More press on CHIMERA! 5 biofabrication technologies in one: 1. 3D Bio-Electrospraying 2. 3D Cell-ElectroSpinning 3. 3D Bio-ElectroJetting 4. 3D Melt/Cell ElectroWriting 5. 3D Extrusion BioPrinting Join the ambassador program to get early access to our future 3D Microfluidic Bio-Electro/Magnetic technology too The patent and patent pending bio-electrofabrication Ourobionics technologies have: - Published 98% cell viability - Have 30X faster speeds than extrusion (1cm3 in 1min) - Proven that cellular, metabolic, and pluripotent characteristics don't get damaged like extrusion - Can achieve nanoscale resolution (50nm)- without cells - Can be used for cell encapsulation or gene encapsulation - Can work with high/low viscosity materials. Thanks to 3D Printing Industry for the press release!! We at Ourobionics are here to solve all of your cell-based biofabrication & biomanufacturing problems and aim to scale multiple industries together! Email info@ourobionics.com for more information on how to get access to CHIMERA today! https://lnkd.in/ezm7wSzF

More press on CHIMERA! 5 biofabrication technologies in one: 1. 3D Bio-Electrospraying 2. 3D Cell-ElectroSpinning 3. 3D Bio-ElectroJetting 4. 3D Melt/Cell ElectroWriting 5. 3D Extrusion BioPrinting Join the ambassador program to get early access to our future 3D Microfluidic Bio-Electro/Magnetic technology too The patent and patent pending bio-electrofabrication Ourobionics technologies have: - Published 98% cell viability - Have 30X faster speeds than extrusion (1cm3 in 1min) - Proven that cellular, metabolic, and pluripotent characteristics don't get damaged like extrusion - Can achieve nanoscale resolution (50nm)- without cells - Can be used for cell encapsulation or gene encapsulation - Can work with high/low viscosity materials. Thanks to 3D Printing Industry for the press release!! We at Ourobionics are here to solve all of your cell-based biofabrication & biomanufacturing problems and aim to scale multiple industries together! Email info@ourobionics.com for more information on how to get access to CHIMERA today! https://lnkd.in/ezm7wSzF

Excellent new system that enables the use and exploration of many unique technologies in either singular or in combination- a true one of a kind system in the industry! I urge researchers and industrialist to make enquiries and see for yourself the plethora of opportunities this system will allow you to achieve!

Are you ready for CHIMERA? 5 biofabrication technologies in one machine: 1. 3D Bio-Electrospraying 2. 3D Cell-ElectroSpinning 3. 3D Bio-ElectroJetting 4. 3D Melt/Cell ElectroWriting 5. 3D Extrusion BioPrinting Join the ambassador program to get early access to our future 3D Microfluidic Bio-Electro/Magnetic technology too The original 3D bioelectro-fabrication technologies were invented by our founder Prof. Suwan Jayasinghe before Ourobionics became a spin out from UCL The patent and patent pending bio-electrofabrication Ourobionics technologies have: - Published 98% cell viability - Have 30X faster speeds than extrusion (1cm3 in 1min) - Proven that cellular, metabolic, and pluripotent characteristics don't get damaged like extrusion - Can achieve nanoscale resolution (50nm)- without cells - Can be used for cell encapsulation or gene encapsulation - Can work with high/low viscosity materials. We at Ourobionics are here to solve all of your cell-based biofabrication & biomanufacturing problems and scale multiple industries together! Email info@ourobionics.com for more information on how to get access to CHIMERA today! Special thanks to Davide Sher and VoxelMatters for the press release! https://lnkd.in/eXmcCXri

An honour to have Ariadne from Massachusetts Institute of Technology as an intern focused on A.I. merged with 3D Cell-Electrospinning & 3D Bio-Electrospraying!

A.I. meets 3D Cell Electrospinning: Our intern, Ariadne D. from Massachusetts Institute of Technology was featured on MIT's website for her incredible work with us through the MIT Career Exploration Fellowship (CEF)! Ariadne joined us remotely, diving deep into machine learning applications for 3D bioprinting, 3D Cell Electrospinning, 3D Bio-Electrospraying, and biomedical engineering. From pioneering Artificial Intelligence driven systems to researching 3D bioprinting and 3D Cell Electrospinning, 3D Bio-Electrospraying she made a remarkable impact on our projects focused on sustainable biotech innovation. Her work is contributing to breakthroughs in reducing animal testing and advancing healthcare accessibility. Get access to our patent & patent pending 5 biofabrication technolgies inside CHIMERA: 1. 3D Bio-EelectroSpraying 2. 3D Cell-ElectroSpinning 3. 3D Bio-ElectroJetting 4. 3D Melt/Cell ElectroWriting 5. 3D Extrusion BioPrinting A huge thanks to MIT CEF for supporting bright minds like Ariadne. We’re so proud to have been part of her journey and can’t wait to see where her talents take her next! Publication coming soon! https://lnkd.in/edsx6MCN #biotech #machinelearning #innovation #MIT #Ourobionics #CareerExplorationFellowship #XAI #ExplainableAI #Biomanufacturing #MITCAPD

When you need help to develop multicomplex tissues, who you're gonna call? Ourobionics! We are afraid of NO tissue! Happy belated Halloween! 👻🧫🎃 The world of bioengineering can be scary out there, so beware! 😱🥼 Get access to our patent & patent pending 5 biofabrication technolgies inside CHIMERA: 1. 3D Bio-EelectroSpraying 2. 3D Cell-ElectroSpinning 3. 3D Bio-ElectroJetting 4. 3D Melt/Cell ElectroWriting 5. 3D Extrusion BioPrinting #Halloween #Bioengineering #3DBioprinting #TissueEngineering #ChimeraBioprinter #Biofabrication #BiotechInnovation