TC TECH Sweden AB’s Post

🚀 Photonic Innovation in MedTech Symposium happening on 3 September 2024 at Technopark Zurich, Switzerland! 💡The MedPhab Symposium will gather leading innovators and experts from across the MedTech landscape to discuss cutting-edge photonic solutions. With keynotes from industry leaders and in-depth discussions on scalable manufacturing, advanced diagnostics, and novel fabrication technologies, it's the event of the year for those passionate about the future of photonics in healthcare. Topics include: 🔑Scaling up diagnostics manufacturing 🔑Photonics-enabled solutions for medical unmet needs 🔑Innovations in biophotonic glass microcomponents 🔑Regulatory insights for MedTech start-ups entering the EU market Don't miss out on the latest in MedTech innovation! Join us in Zurich to network, learn, and be part of the future of healthcare. Photonics21 #photonics #photonicseu #medtech #medicaldevices

🌟Discover the groundbreaking insights in the article "Lasers in Plastic Processing: A Significant Leap Forward in the Industry" by Antonio Castelo, PhD, featured in PhotonicsViews during the summer. 🌟 Lasers are transforming the plastic cutting domain, especially in medical applications, by offering unmatched precision, zero waste, and the ability to protect adjacent areas from damage. 🚀 The advent of new plastics in healthcare is often hindered by rigorous regulations. To address this, the European Commission has launched the MedPhab Pilot Line as part of the Horizon 2020 initiative. 🔬 MedPhab aims to accelerate the introduction of diagnostic devices while reducing R&D costs through the use of advanced photonics. This initiative is setting a new standard by providing a comprehensive platform for device evaluation and facilitating a seamless transition to manufacturing under the ISO 13485 standard. 👉 Explore the full details of this revolutionary approach in the article linked in our comments. Photonics21 #photonicsEU #medicaldevices #innovation #photonics #medtech

🌟 Success Story Spotlight: Lucero Bio 🌟 MedPhab is a European pilot line that helps companies accelerate their photonics medical device development. 🔝 The interest in microfluidics has surged due to their critical role in diagnostics, sensors, and prototyping. Traditional manufacturing processes are effective but often costly and complex. MedPhab is dedicated to finding innovative, cost-effective fabrication methods. 💯 Lucero Bio participated in our open call to develop scalable fabrication of microfluidic well plates. The project aims to transition from hand-molded chips to mass-producible well plate structures, adhering to the industrial 384-well-plates standard while offering bespoke micromanipulation tools for high-throughput drug screening. Learn more about the success story in the video below or visit our booth during ADLM 2024 (28 July - 1 August, Chicago, USA), booth 4945. Partners involved: JOANNEUM RESEARCH, VTT Photonics21 #photonics #photonicseu #medtech #medicaldevices

Highlighting recent #EICTransition winners! The EIC Transition funding scheme is designed to facilitate the transition of high-potential ideas from the research stage to the market. This funding mechanism primarily targets projects that have already demonstrated their scientific excellence in previously funded research projects. The scheme aims to bridge the gap between developing novel technologies and their commercial application, offering financial support to cover activities such as applied research, product development, and validation in real-world settings. At the September 2023 cut-off, the EIC received 257 proposals, of which 27 were recently awarded funding. We are thrilled to announce that 3 projects supported by Zaz Ventures are among the winners: The GAIA project, coordinated by Azalea Vision, will revolutionise eye care through smart contact lens technology based on graphene electronics and liquid crystal cells, providing adaptive, effective, non-invasive and accessible solutions for patients. The Welinq project, coordinated by Welinq, will develop solutions to interconnect quantum processors to drastically increase their computational power and make them quantum-accessible at a distance. The Coati-X project, coordinated by CMD-COAT SA, will work on developing bioactive coatings to prevent infection and thrombosis of catheters and other implantable medical devices. With investment in these projects, the European Commission is dedicating resources to advance the upcoming wave of #quantum, #communication, and #healthtech technologies. These innovations are crucial in securing European technological independence and promoting industrial revitalisation. Do you have a technology at TRL 3-4 that needs further development originating from a qualified research project? Are you planning a spin-out from a research lab? Grants of up to €2.5M are available to validate and demonstrate technology in application-relevant environments and develop market readiness. The next deadline will be on the 18th of September. Contact us today for more information! 

We are thrilled to announce the launch of the ChipsJU-PhotonMed pilot line project! The PhotonMed project advances photonics technologies applicable to medical device solutions. The key purpose of the pilot line is to accelerate the commercialization of new concepts. The application domains of PhotonMed technologies cover in-vitro diagnostics, in-vivo diagnostics and personalized monitoring. PhotonMed project is applied to continuously renew the technology offering of photonics pilot line and to invite new members to join the ecosystem. Key photonics technologies of the pilot line include light sources, integrated optics, fiber optics, advanced packaging, microfluidics and reader instrumentation. PhotonMed brings together a consortium of 39 partners from 9 countries, featuring a broad set of competencies to cover full development chain from concepting to industrial fabrication: research organizations, supplier industry, end-user companies and regulatory support. Within PhotonMed project, technology suppliers develop their technology offering while the end-user companies get matured demonstrators based on the latest research results. Via MedPhab pilot line, novel fabrication technologies are also available for the partners outside PhotonMed consortium. We successfully held the Kick-off meeting at VTT. Stay tuned for more updates and join us on this journey! #PhotonMed #Photonics #MedicalDevices #Innovation #Research #Technology #ChipsJU #MedPhab

🌐 Unlocking Innovation: Speciality Synthesis and Nanoparticle Portfolio 🌟 At Accubits Invent, we're at the forefront of innovation in speciality synthesis, crafting unique nanoparticles that redefine possibilities in various industries. 🚀 👩🔬 Expertise in Action: Our team of experts specializes in tailoring nanoparticles to exact specifications. From drug delivery systems to cutting-edge materials, our speciality synthesis capabilities open doors to unprecedented solutions. 💎 Explore Our Nanoparticle Portfolio: Dive into a world of possibilities with our diverse nanoparticle portfolio. From targeted drug delivery to advanced materials, each nanoparticle is meticulously designed for optimal performance and efficacy. 🌐 Advancing Technology, Empowering Solutions: Our commitment to advancing technology goes hand in hand with empowering solutions. Discover how our speciality synthesis and nanoparticle expertise are driving innovations across industries. 🚀 Join the Journey: Ready to explore the limitless potential of speciality synthesis and nanoparticle technology? Join us on this exciting journey of discovery and innovation! 🌈 Explore more : https://lnkd.in/gDRhMPet #innovation #nanotechnology #SpecialitySynthesis #nanoparticles #researchanddevelopment #AccubitsInvent #CuttingEdgeScience

The integration of nanofibers in medicine has opened new horizons for innovation. However, this rapidly evolving field faces several challenges that must be addressed to realize its full potential. Understanding these challenges and the future directions of nanofiber technology is crucial for advancing research, development, and practical applications. #medicaldevices #woundtherapy #nanofibers #nanotechnology https://wix.to/3dtGpZZ

We're thrilled to share the results of our recent collaboration with the University of Zaragoza! Together, we explored innovative devices inspired by our Be-Transflow system. This study focused on reducing inert materials in microfluidic chips while preserving optimal cellular distribution and improving cell-cell contact—paving the way for more efficient and advanced research tools in the biotech industry. You can check the full post at https://lnkd.in/dAAB8QiH. At Beonchip, we’re committed to driving technological advancements that accelerate scientific discovery. Stay tuned for more updates on how we’re shaping the future of biotech! #BiotechInnovation #Microfluidics #ResearchCollaboration #CellularDistribution #Beonchip #BeTransflow #Mesh #Macropore #Cellcontact

💡 What’s Next for Microfluidics in 2024? 💧 As we dive deeper into 2024, we’re seeing exciting trends emerge in the world of microfluidics! From more precise organ-on-chip systems to breakthrough drug discovery applications, the possibilities are endless. 🚀 At Life on a Chip, we’re excited to be part of these advancements and can’t wait to share some of our new developments with you soon. Stay tuned! 👀 What trends are you most excited about for 2024? Let’s discuss in the comments! 👇 #LifeOnAChip #Microfluidics #OrganOnChip #DrugDiscovery #2024Trends #Innovation

On November 22, 2024, the MICROT research team participated in the #2024KoreanSocietyforBiomaterialsFallConference held in Jeju, where they presented their groundbreaking research. Dr. Seungho Baek, the team leader, shared their findings on the development of lidocaine-loaded alginate/CMC/PEO electrospun nanofiber films, demonstrating their potential use in wound dressings and adhesion prevention agents. In his presentation, Dr. Baek emphasized, "Lidocaine-loaded nanofiber films have shown excellent efficacy in both wound healing and preventing postoperative adhesions," adding, "This technology not only expands the possibilities for future medical applications but also serves as a key milestone in the expansion of MICROT's technological capabilities." Through their participation in this conference, the MICROT research team strengthened their collaborations with researchers both domestically and internationally, further solidifying their commitment to the development of next-generation medical materials. 🧬 Learn more about the Korean Society of Biomaterials : https://lnkd.in/gaCecF2c #Lidocaine #Nanofiberfilm #MICROT #2024KSBM #TheKoreanSocietyForBiomaterials