Vital3D Technologies

Vital3D Technologies

Mechanical Or Industrial Engineering

Vilnius, Vilniaus 692 followers

We develop advanced 3D tools for the future of personalized medicine.

About us

Vital3D Technologies is a leading provider of laser-based 3D bioprinting solutions for the production of functional human organs. Our innovative technology uses lasers to precisely deposit living cells and biomaterials in 3D patterns, allowing us to create functional, scalable, and reproducible tissue constructs. Our focus is on developing 3D bio-printed kidneys, which have the potential to revolutionize the treatment of kidney disease and other related conditions. By partnering with leading researchers and medical institutions, we aim to bring our cutting-edge technology to the forefront of the bioprinting industry and make a meaningful impact on patient care.

Website
http://www.vital3d.eu
Industry
Mechanical Or Industrial Engineering
Company size
2-10 employees
Headquarters
Vilnius, Vilniaus
Type
Privately Held
Founded
2021

Locations

Employees at Vital3D Technologies

Updates

  • Our CTO, Dr. Linas Jonušauskas, shares why AI is a game-changer for Vital3D Technologies, driving innovation and efficiency in everything we do. Read more below👇 #Bioprinting #3DPrinting #AI

    View profile for Linas Jonušauskas, graphic

    Co-Founder & CTO @ Vital 3D Technologies

    Behind all the hype, at the end of the day, Artificial intelligence (AI) is a mere tool. Whether it is needed and what value it can bring heavily depends on the field and applications. And it seems that for Vital3D Technologies, AI can be the next big leap forward in enabling mass-customized 3D bioprinting. One of the main peculiarities regarding optical 3D bioprinting is the sheer amount of data and variables that need to be accounted for during the processing, from regular parameters, such as optimal slicing and hatching algorithm, to biological peculiarities and light modulation. Doing it all manually creates X-dimensional parameter space, where X is the number of parameters that must be accounted for. While we humans are gifted with the miracles of intuition and logical thinking, while tackling the challenge of such a massive scope, some highly non-trivial solutions can be missed. The capability of AI to synthesize all the possible combinations of X parameters and find the best possible combinations alleviates this challenge in enabling mass-customized 3D bioprinting. One of the best examples of such non-trivial optimization tasks is developing the FemtoBrush solution. Beam shaping is generally highly non-trivial, where only a small part of possible intensity distributions can be calculated deterministically. Iterative methods needed for others, such as the Gerchberg–Saxton algorithm, bring a lot of inherent uncertainty to the calculations of phase masks for 3D intensity distributions. Due to the colossal effort of the whole team, especially Karolina Limanovskaja, the current iteration of the brushes we use is quite consistent, with minimal irregularities in XYZ space (see measurement below). However, I want them to be perfect and on demand. Here, AI seems to be the best possible long-term option that should trivialize the whole brush generation process. I am looking forward to exploring this and many other possibilities that AI brings to the table. One way or another, 3D bioprinting is an exceptionally interdisciplinary research field. Thus, AI fits in perfectly with the challenges presented by optics, materials, and biology. Bellow – 3D intensity distribution of 25 µm brush measured using CCD camera and spherical lens on a dedicated Z-scan characterization setup. Horizontal intensity is well defined, while there are some irregularities in the Z direction. The goal for further research and AI – the complete elimination of any irregularities in the Z direction. #Bioprinting #AI #Photonics #3Dprinting #Laser #Teamwork

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  • Our CEO Vidmantas Šakalys, talks about the importance of EU funding programs. Read more below ⬇️ #Bioprinting #Startup

    View profile for Vidmantas Šakalys, graphic

    CEO at Vital3D Technologies

    🚀 Unlocking Innovation with EU Funding Opportunities At Vital3D Technologies, we’re on a mission to revolutionize bioprinting with our platform for large-scale tissue and organ production. Deep tech innovations like ours thrive not only on bold ideas and cutting-edge research but also on the availability of strong funding support. This is why EU funding programs are such a game-changer for companies like ours. They provide an incredible opportunity to scale breakthrough ideas and accelerate their path to impact. Over the past months, we’ve been actively engaged in this space, submitting several ambitious projects to these programs. While we can’t say too much just yet, let’s just say the near future could bring some very exciting updates. 🤞🎉 Grateful for the EU’s commitment to supporting deep tech innovations and can’t wait to share what’s next in our journey toward shaping the future of healthcare. 🌍💡 #Bioprinting #DeepTech #Innovation #Funding #EUPrograms #FutureOfHealthcare

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  • Many of you ask us - can artificial intelligence help in development of smarter bioprinting techniques? Absolutely! Artificial intelligence is becoming a critical enabler in advancing bioprinting technologies, particularly for complex and large-scale tissue applications like those we’re working on at Vital3D Technologies. Here’s how we plan to use artificial intelligence in revolutionizing bioprinting with smarter techniques: 🔬 Achieving Micron-Level Precision: AI-powered algorithms will allow us reach incredible accuracy, ensuring that each printed layer aligns perfectly at the micron scale. This level of precision is essential for creating intricate and vascularized tissues that mimic natural biology. ⚡ Enhancing Speed and Efficiency: Currently we are working on AI based techniques to speed up generation and adjustment of printing pathways in real time, enabling faster production without sacrificing quality. 🧬 Designing Smarter Tissue Models: In near future AI will help us in simulation and generation of optimal tissue blueprints, accounting for complex biological structures and determining the best layer-by-layer assembly strategies. The integration of artificial intelligence into bioprinting isn’t just about improving what we can do today—it’s about redefining the possibilities for tomorrow. From enabling the creation of large, functional tissues to advancing organ replacement therapies, AI will transform bioprinting into a powerful tool for the future of healthcare. So, yes, AI doesn’t just help—it’s a game-changer for developing smarter, faster, and more precise bioprinting techniques! 🚀 #Bioprinting #ArtificialIntelligence #AIInnovation

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  • Another Knowledge Sharing Friday! Karolina Limanovskaja shared a presentation inspired by her bachelor’s research. Since our team is very diverse, with people from various fields, she wanted to present how biological research is conducted in the life sciences. As an example, she talked about a study she carried out during her bachelor’s, where she examined the peculiarities of heart muscle development by studying enhancers in zebrafish. #Lifesciences #Bioprinting

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  • What is a scaffold in bioprinting? Think of it as a temporary framework for building tissues, much like scaffolding for constructing a building. In bioprinting, a scaffold provides structure and support for cells, helping them attach, grow, and organize into functional tissues. These 3D structures are made from biocompatible materials that allow nutrients to flow through and often degrade over time as the cells create their own support system. It's a fascinating blend of biology, engineering, and innovation that’s shaping the future of healthcare! #Bioprinting #3DPrinting

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  • “The production of synthetic skin grafts or scaffolds for tissue regeneration often involves large-scale manufacturing, leading to significant material waste. With bioprinted tissues—such as custom-made skin for burn victims—we can avoid excess production and deliver tailored treatments with minimal waste.” In the latest 3D Grenzelos article, our CEO, Vidmantas Šakalys, shares insights on how bioprinting is revolutionizing the medical field by making treatments more efficient and sustainable. Read the full article here: #Bioprinting #3DPrinting https://lnkd.in/e29Z29qd

    Studie: Bioprinting ermöglicht eine umweltfreundlichere Medizin

    Studie: Bioprinting ermöglicht eine umweltfreundlichere Medizin

    https://www.3d-grenzenlos.de

  • What is Biomimetic? Biomimetic means “copying nature.” It refers to designing things by studying and mimicking how nature works. For example, in bioprinting, scientists create materials or structures that look and act like natural tissues in your body, such as skin, bones, or organs. They take inspiration from how these tissues are built and function in real life. It’s like trying to build something as perfect and efficient as what nature has already made. In short, biomimetic is about learning from nature to make better, more natural-like solutions. #Bioprinting #3DPrinting

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  • “In the future, will physicians use 3D printers to create new tissues for patients?” Our CEO, Vidmantas Šakalys, dives into this fascinating question in Medical Economics latest article, exploring the potential of 3D bioprinting to revolutionize patient care. From creating new tissues to transforming treatments for chronic conditions, this technology could change the future of healthcare. Read the article below to see his insights ⬇️ #Bioprinting #3DPrinting https://lnkd.in/e3Yyk3Gy

    Bioprinting set to revolutionize primary health care by lowering costs and expediting services

    Bioprinting set to revolutionize primary health care by lowering costs and expediting services

    medicaleconomics.com

  • We’re excited to share that Vital3D Technologies has been named one of Hello Tomorrow’s Deep Tech Pioneers—for the second year in a row! This recognition highlights our ongoing commitment to pushing the boundaries of deep tech innovation. We’re proud to be part of a community that’s transforming the future. Thank you, Hello Tomorrow, for this incredible honor!

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  • Our CTO, Dr. Linas Jonušauskas, shares his thoughts on emotional intelligence and the vital role emotions play in our daily lives. He discusses how our emotions not only impact us individually but also affect those around us. In the end, we all experience emotions at all times, influencing our interactions and shaping our environment. Learning to understand and manage these feelings can make a real difference—both personally and professionally. Read more below 👇 #Emotionalintelligence #MentalHealth

    View profile for Linas Jonušauskas, graphic

    Co-Founder & CTO @ Vital 3D Technologies

    Emotional intelligence is a life hack. When I look back on my early life and education the main things that I was thought were technical. How to write well, how to count properly, how to solve technical challenges, etc. However, when it came to emotions the main lesson was to ignore and suppress them. In some instances, it was even implied that emotions are something to be ashamed of. As a result, emotions, in a lot of cases, were borderline excluded from mainstream discourse and education as something undesirable. Result? Burnout, loss of motivation, and even mental health issues in far too many people. Sadly, these issues are completely normalized as a byproduct of achieving anything. One way or another, solving them would involve looking at emotional health, which is once again perceived as some kind of “sign of weakness”. Such a status quo is both counterproductive and dangerous. All of us experience emotion. Looking fundamentally, it is just a neurochemical reaction in our brains depending on various external and internal stimuli. It manifests in all of us differently. But it is there. Always. Inseparable. Also, due to its nature, it is very sudden and, in a lot of cases, hard to control logically. These last two aspects of emotion – being very diverse and very unpredictable – are the reason why many people started to perceive it negatively. We are humans after all! Perfectly logical in all situations ever! Right!? This is where emotional intellect comes in. Instead of looking at logic and emotion as two opposites, it enables us to see them as two irreplaceable halves. Yin and Yang if You will. Emotion is a very fast reaction to the stimuli with a logical response following later. So, instead of rejecting emotion and causing multiple associated mental health problems, why not see emotion as something to understand and accept? Kind of like an early warning signal that something is happening, and logic is just not picking it up. “I am feeling this now. Why?” is a very sobering thought that both allows us to immediately assess the situation and, at the same time, stabilizes us emotionally. Accepting emotion and understanding what causes it gives a lot of control and situational awareness. In other words, self-control and awareness go up, anxiety goes down. Apart from self-control, it is also a massive help when dealing with people. Remember – everyone feels emotions at every instance. So, realizing how certain situations might make a person feel is insanely helpful. Another party is happy? Sad? Angry? Scared? Indifferent? Steer conversation accordingly! I will be the first to admit that I am not perfect at using emotions to my advantage. I mean this is why I gravitated towards physics – understanding lasers is a lot easier than people… But I am happy where I am and what I learned so far. People for me are the final frontier. Thus, I hope to learn and implement harmony of emotion and logic as best as I can! #psychology #emotion #learning

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