European Innovation Council

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

FibriTech develops a biomaterial technology producing sustainable, natural fiber-based materials for industrial and agricultural applications. Their products include eco-friendly alternatives to rock wool, glass wool, and foamed plastics, serving construction and horticulture sectors.

3Deus Dynamics is a pioneering company specializing in advanced three-dimensional printing solutions. It has developed an innovative hybrid technology that combines elements of 3D printing and traditional injection molding, allowing for the processing of a wide range of polymers without the need for chemical reformulation. This technology eliminates the requirement for support structures and overcomes design geometry limitations, enabling the creation of complex products. The company's dynamic modeling capabilities enhance its manufacturing process by simulating composite materials, which facilitates the production of items tailored to specific functional properties. As a result, 3Deus Dynamics offers clients the flexibility to print a diverse array of products on demand, positioning itself at the forefront of the 3D printing industry.

Founded in 2014, Cellevate specializes in developing advanced 3D cell culture systems using nanofiber technology. Its patented platform enables the creation of consistent and porous networks of nanofibers, serving as realistic in-vitro models for scientific research and development across various industries.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Dimenco develops and markets autostereoscopic 3D technology solutions. Founded in 2010, the company offers displays, components, software, content conversion services, and consultancy for professional and consumer applications.

3Deus Dynamics is a pioneering company specializing in advanced three-dimensional printing solutions. It has developed an innovative hybrid technology that combines elements of 3D printing and traditional injection molding, allowing for the processing of a wide range of polymers without the need for chemical reformulation. This technology eliminates the requirement for support structures and overcomes design geometry limitations, enabling the creation of complex products. The company's dynamic modeling capabilities enhance its manufacturing process by simulating composite materials, which facilitates the production of items tailored to specific functional properties. As a result, 3Deus Dynamics offers clients the flexibility to print a diverse array of products on demand, positioning itself at the forefront of the 3D printing industry.

Nexdot is a company specializing in the development and production of semiconductor nanocrystals known as Quantum Dots, with a particular focus on nanoplatelets—two-dimensional nanosheet Quantum Dots that exhibit enhanced properties. Originating as a spin-off from a renowned academic laboratory in Paris, Nexdot leverages over a decade of expertise in nanomaterial research. The company has invested four years in intensive research and development to establish unique capabilities in the synthesis of colloidal Quantum Dots and Nanoplatelets. Their proprietary materials, characterized by controlled shape and composition, are designed for a variety of applications, including displays, lighting, energy storage, detectors, and bio-imaging. Nexdot combines a team of highly skilled, passionate scientists with seasoned executives who possess a strong background in management and innovation leadership, positioning the company as a leader in the field.

InPhocal develops innovative laser-based marking technology. Its patented long-focus laser beam enables high-quality printing on curved and uneven surfaces, helping manufacturers, chip producers, and food distributors reduce waste, lower costs, and expand branding opportunities.

Avatar Medical is a developer of a virtual reality medical platform that creates 3D patient avatars to assist surgeons in visualizing medical images. By generating interactive representations based on medical data, the platform enables clinicians to accurately and instantly access critical clinical information. This innovative approach not only enhances the understanding of surgical options but also facilitates the training of medical fellows and improves patient engagement. Avatar Medical aims to transform how medical professionals interact with imaging data, ultimately contributing to better surgical outcomes and patient care.

Cherry Biotech is a biomedical technology company that develops Organ on Chip instruments and microfluidic systems to culture and mimic human organs under physio-pathological conditions for drug discovery and personalized medicine. The company also offers temperature controllers for rapid temperature shifts and next-generation 3D cell culture technologies to recreate the human cell microenvironment, supporting drug development and toxicity assessment.

Lattice Medical is a French medical device company focused on breast reconstruction after cancer. It designs and manufactures implantable devices that promote regeneration of autologous adipose tissue to enable natural breast reconstruction following mastectomy. The flagship implant, MATTISSE, uses 3D printing and fully biodegradable materials to provide personalized reconstruction in a single surgery, reducing operative time and invasiveness. The company aims to offer an alternative to silicone-based implants by supporting tissue regeneration rather than replacement. Founded in 2017 and based in Loos, France, Lattice Medical develops solutions to address clinical and societal needs by restoring form and function for women recovering from breast cancer.

Nexdot is a company specializing in the development and production of semiconductor nanocrystals known as Quantum Dots, with a particular focus on nanoplatelets—two-dimensional nanosheet Quantum Dots that exhibit enhanced properties. Originating as a spin-off from a renowned academic laboratory in Paris, Nexdot leverages over a decade of expertise in nanomaterial research. The company has invested four years in intensive research and development to establish unique capabilities in the synthesis of colloidal Quantum Dots and Nanoplatelets. Their proprietary materials, characterized by controlled shape and composition, are designed for a variety of applications, including displays, lighting, energy storage, detectors, and bio-imaging. Nexdot combines a team of highly skilled, passionate scientists with seasoned executives who possess a strong background in management and innovation leadership, positioning the company as a leader in the field.

3Deus Dynamics is a pioneering company specializing in advanced three-dimensional printing solutions. It has developed an innovative hybrid technology that combines elements of 3D printing and traditional injection molding, allowing for the processing of a wide range of polymers without the need for chemical reformulation. This technology eliminates the requirement for support structures and overcomes design geometry limitations, enabling the creation of complex products. The company's dynamic modeling capabilities enhance its manufacturing process by simulating composite materials, which facilitates the production of items tailored to specific functional properties. As a result, 3Deus Dynamics offers clients the flexibility to print a diverse array of products on demand, positioning itself at the forefront of the 3D printing industry.

Dimenco develops and markets autostereoscopic 3D technology solutions. Founded in 2010, the company offers displays, components, software, content conversion services, and consultancy for professional and consumer applications.

Reliefed Technologies AB, based in Varberg, Sweden, specializes in producing 3D printing components for various manufacturing sectors, including transportation, building materials, consumer products, and energy applications. The company has developed a globally patented 3D-production method called z.trusion®, which allows for the integration of 3D mass production into existing 2D production lines. This innovative technology significantly reduces energy consumption and costs, particularly in the new energy sector, where it can achieve up to 97% less energy usage and ten times higher production speeds. Reliefed Technologies focuses on advanced applications such as bipolar flow plates for fuel cells and electrolyzers, electrodes for lithium-ion batteries, and other energy-efficient solutions. The company is actively involved in industrialization projects with major multinational OEMs and Tier 1 suppliers, holding 44 patents across multiple countries. Through its technology, Reliefed aims to improve product performance and facilitate recycling, while also contributing to substantial savings in material and production costs.

Reliefed Technologies AB, based in Varberg, Sweden, specializes in producing 3D printing components for various manufacturing sectors, including transportation, building materials, consumer products, and energy applications. The company has developed a globally patented 3D-production method called z.trusion®, which allows for the integration of 3D mass production into existing 2D production lines. This innovative technology significantly reduces energy consumption and costs, particularly in the new energy sector, where it can achieve up to 97% less energy usage and ten times higher production speeds. Reliefed Technologies focuses on advanced applications such as bipolar flow plates for fuel cells and electrolyzers, electrodes for lithium-ion batteries, and other energy-efficient solutions. The company is actively involved in industrialization projects with major multinational OEMs and Tier 1 suppliers, holding 44 patents across multiple countries. Through its technology, Reliefed aims to improve product performance and facilitate recycling, while also contributing to substantial savings in material and production costs.

PhosPrint, established in 2019 and headquartered in Agia Paraskevi, Attiki, specializes in laser bioprinting systems and regenerative medicine. The company's core business involves developing and providing on-site cell printing during surgeries, aiming to facilitate tissue regeneration and advance medical research. PhosPrint's offerings include healthcare technology products that leverage laser bioprinting and biotechnology research, enabling researchers and medical professionals to access innovative tools and procedures to combat diseases and medical conditions.

PoroUS combines non-ionizing 3D ultrasound technology and image guidance with sophisticated spectral signal processing to ensure the osteoporosis diagnosis. PoroUS’ cortical ultrasound back-scatter analysis offers a novel way to detect microstructural changes (porosity and thickness) in the cortical bone. PoroUS provides a precision- and operating independence-tool, which will improve the cost effectiveness and reduce the economic burden by preventing fragility fractures.

PoroUS combines non-ionizing 3D ultrasound technology and image guidance with sophisticated spectral signal processing to ensure the osteoporosis diagnosis. PoroUS’ cortical ultrasound back-scatter analysis offers a novel way to detect microstructural changes (porosity and thickness) in the cortical bone. PoroUS provides a precision- and operating independence-tool, which will improve the cost effectiveness and reduce the economic burden by preventing fragility fractures.

Founded in 2014, Cellevate specializes in developing advanced 3D cell culture systems using nanofiber technology. Its patented platform enables the creation of consistent and porous networks of nanofibers, serving as realistic in-vitro models for scientific research and development across various industries.

Founded in 2015 by Jaime Campos, Sara Silva, and João Pedro Ribeiro, PeekMed specializes in developing a 3D pre-operative planning system for orthopedic surgery. Its software enables surgeons to plan various procedures, such as total joint replacements and fracture reductions, aiming to improve patient outcomes while reducing costs.

Scrona specializes in micro- and nanotechnology, focusing on simplifying these advanced fields for both consumers and industries. The company has developed a three-dimensional nano drip printing technology that facilitates rapid and cost-effective production. Scrona is centered on printhead development and collaborates with partners to provide comprehensive manufacturing equipment and next-generation products. This approach enables businesses to produce printed materials of high quality at reduced costs, thereby revolutionizing the landscape of micro- and nanofabrication.

Headmade Materials is a Würzburg, Germany based company founded in 2019 that develops materials and processes for metal 3D printing of serial parts. It also offers part design, production, and process consulting services. The company provides binder-based materials for metal 3D printing via ColdMetalFusion and has a sinter-based 3D printing approach that uses proprietary feedstocks and combines laser sintering with powder metallurgy to reduce processing steps, leverage existing equipment, and improve part stability.

Headmade Materials is a Würzburg, Germany based company founded in 2019 that develops materials and processes for metal 3D printing of serial parts. It also offers part design, production, and process consulting services. The company provides binder-based materials for metal 3D printing via ColdMetalFusion and has a sinter-based 3D printing approach that uses proprietary feedstocks and combines laser sintering with powder metallurgy to reduce processing steps, leverage existing equipment, and improve part stability.

Founded in Munich, Germany in 2013, DyeMansion specializes in transforming raw, 3D-printed polymer parts into high-value consumer and industrial products. The company offers precision coloring and finishing systems that work with major industrial powder-bed 3D printing systems, enabling high-volume production for diverse applications.

FibriTech develops a biomaterial technology producing sustainable, natural fiber-based materials for industrial and agricultural applications. Their products include eco-friendly alternatives to rock wool, glass wool, and foamed plastics, serving construction and horticulture sectors.

FibriTech develops a biomaterial technology producing sustainable, natural fiber-based materials for industrial and agricultural applications. Their products include eco-friendly alternatives to rock wool, glass wool, and foamed plastics, serving construction and horticulture sectors.

Simplicity Works specializes in innovative bonding technology aimed at transforming the footwear manufacturing process. The company has developed a patented method known as 3D Bonding, which utilizes a three-dimensional mold to inject polymer, creating interconnected components. This approach not only produces high-quality, waterproof products but also simplifies assembly, leading to significant reductions in production costs. By enabling large-scale, local, and fully automated manufacturing, Simplicity Works helps footwear manufacturers decrease their reliance on manpower while minimizing the consumption of leather, fabric, and energy.

Lattice Medical is a French medical device company focused on breast reconstruction after cancer. It designs and manufactures implantable devices that promote regeneration of autologous adipose tissue to enable natural breast reconstruction following mastectomy. The flagship implant, MATTISSE, uses 3D printing and fully biodegradable materials to provide personalized reconstruction in a single surgery, reducing operative time and invasiveness. The company aims to offer an alternative to silicone-based implants by supporting tissue regeneration rather than replacement. Founded in 2017 and based in Loos, France, Lattice Medical develops solutions to address clinical and societal needs by restoring form and function for women recovering from breast cancer.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Founded in Madrid, Spain in 2014, Wooptix develops innovative imaging technologies. The company specializes in creating three-dimensional modulation of images for enhanced volumetric photography and videography, enabling advanced image post-processing.

Simplicity Works specializes in innovative bonding technology aimed at transforming the footwear manufacturing process. The company has developed a patented method known as 3D Bonding, which utilizes a three-dimensional mold to inject polymer, creating interconnected components. This approach not only produces high-quality, waterproof products but also simplifies assembly, leading to significant reductions in production costs. By enabling large-scale, local, and fully automated manufacturing, Simplicity Works helps footwear manufacturers decrease their reliance on manpower while minimizing the consumption of leather, fabric, and energy.

SquareMind is a company focused on revolutionizing oncology care through the development of advanced medical assistants. It specializes in creating robotic medical equipment that enhances non-invasive healthcare practices. The company's innovative technology incorporates third-dimension construction software, allowing for comprehensive full-body mapping to detect skin cancer. This capability enables healthcare professionals to effectively monitor the growth of moles on patients' bodies, utilizing readily available robotic systems. By integrating cutting-edge technology with practical applications in oncology, SquareMind aims to improve early detection and patient outcomes in the field of cancer care.

ZygoFix is a medical device company specializing in spine technology. It has developed an innovative three-dimensional-printed implant designed to lock the facet joint of the lumbar spine. This device leverages the anatomy of the spine to provide stability, eliminating the need for traditional external screw-based bridges and reducing the reliance on pedicle screws. By doing so, ZygoFix aims to minimize the risks associated with improper screw placement, thereby enhancing safety in spinal surgeries. The company's focus on advancing spinal stability reflects its commitment to improving patient outcomes in the medical field.

ZygoFix is a medical device company specializing in spine technology. It has developed an innovative three-dimensional-printed implant designed to lock the facet joint of the lumbar spine. This device leverages the anatomy of the spine to provide stability, eliminating the need for traditional external screw-based bridges and reducing the reliance on pedicle screws. By doing so, ZygoFix aims to minimize the risks associated with improper screw placement, thereby enhancing safety in spinal surgeries. The company's focus on advancing spinal stability reflects its commitment to improving patient outcomes in the medical field.

Lightspace Technologies SIA specializes in the development of advanced optical solutions and technologies for augmented reality (AR) and virtual reality (VR) displays. Incorporated in 2014 and based in Mārupe, Latvia, the company focuses on creating multifocal, accommodating AR headsets and future glasses-free 3D image displays. Their portfolio includes innovative products such as a multilayer liquid crystal switching diffuser, VR/AR near-eye display architecture, and a unity 3D rendering software plugin designed for volumetric displays. Lightspace's volumetric 3D monitor is particularly significant in sectors like medicine and security, providing real-time 3D displays with optically deep images. This technology facilitates applications such as three-dimensional microscopy, image-guided surgery, and diagnostics, enhancing both image quality and eye comfort for professionals across various fields. Recognized as a leading contributor to volumetric 3D display technologies, Lightspace continues to advance optical reality solutions by reducing the optical hardware requirements for light field display technology significantly.

Founded in Munich, Germany in 2013, DyeMansion specializes in transforming raw, 3D-printed polymer parts into high-value consumer and industrial products. The company offers precision coloring and finishing systems that work with major industrial powder-bed 3D printing systems, enabling high-volume production for diverse applications.

PhotonicSens is a developer of advanced single-lens 3-dimensional camera modules that generate depth maps and RGB images, capturing intricate details of the environment. The company focuses on enhancing depth perception experiences on mobile devices, facilitating applications such as gesture recognition, face recognition, navigation, and mixed reality. By combining innovative optics with sophisticated algorithms, PhotonicSens has pioneered a technology that allows mobile devices to replicate the human eye's ability to accurately judge distance, positioning itself at the forefront of the next generation of Internet of Things (IoT) applications.

Polymertal Ltd is an innovative company based in Haifa, Israel, specializing in advanced metal plating processes that enable the production of lightweight hybrid metal-polymer components. Founded in 2007, Polymertal serves a diverse range of industries, including defense, communications, aviation, and space. The company offers a comprehensive suite of products and solutions, such as hybrid components, electronic cases, hybrid molds, and hybrid RF elements. Its proprietary technology allows for the effective bonding of metals and polymers, making it possible to replace traditional metal parts with cost-effective hybrid alternatives, even in critical applications. Additionally, Polymertal provides plating services and 3D object surface smoothing to enhance the performance and functionality of its products.

Lightspace Technologies SIA specializes in the development of advanced optical solutions and technologies for augmented reality (AR) and virtual reality (VR) displays. Incorporated in 2014 and based in Mārupe, Latvia, the company focuses on creating multifocal, accommodating AR headsets and future glasses-free 3D image displays. Their portfolio includes innovative products such as a multilayer liquid crystal switching diffuser, VR/AR near-eye display architecture, and a unity 3D rendering software plugin designed for volumetric displays. Lightspace's volumetric 3D monitor is particularly significant in sectors like medicine and security, providing real-time 3D displays with optically deep images. This technology facilitates applications such as three-dimensional microscopy, image-guided surgery, and diagnostics, enhancing both image quality and eye comfort for professionals across various fields. Recognized as a leading contributor to volumetric 3D display technologies, Lightspace continues to advance optical reality solutions by reducing the optical hardware requirements for light field display technology significantly.

PhotonicSens is a developer of advanced single-lens 3-dimensional camera modules that generate depth maps and RGB images, capturing intricate details of the environment. The company focuses on enhancing depth perception experiences on mobile devices, facilitating applications such as gesture recognition, face recognition, navigation, and mixed reality. By combining innovative optics with sophisticated algorithms, PhotonicSens has pioneered a technology that allows mobile devices to replicate the human eye's ability to accurately judge distance, positioning itself at the forefront of the next generation of Internet of Things (IoT) applications.

CREAL develops near-eye light-field displays for virtual and augmented reality, delivering true optical depth and more immersive, strain-free viewing. Its patented light-field micro-display technology stack projects images with depth cues that mimic real-world sight, addressing eye strain, nausea, and discomfort commonly associated with current headsets while enabling a smaller form factor and simpler manufacturing. The company focuses on enabling natural, healthy visual experiences in AR hardware, supporting more comfortable long-term use.

LaDiMo Oy, founded in 2015 and based in Espoo, Finland, specializes in developing the Ladimo Smarter Vision technology, a real-time 3D point cloud acquisition solution. The company builds upon innovative technology initially created at Aalto University in 2012 by Jorma Palmén. By integrating photogrammetry, laser technology, and mathematical modeling, Ladimo offers a novel approach to generating high-precision point cloud data. This technology is particularly applicable in machine vision fields, including collaborative robots, industrial automation, automated guided vehicles, and various virtual, augmented, and mixed reality applications.

Femtika is a Vilnius University Laser Technology Center spinoff company with deep working knowledge in the area of laser polymerization and optics solutions. Company is targeting to supply growing worldwide demands of available tools and technologies enabling true 3D laser fabrication, with custom design components in micro- and sub micro scale.

Started in 2001, JSC Baltic Orthoservice, better known by its brand name Ortho Baltic, has grown into one of the biggest producers of individual orthopedic devices in Europe. Whole company‘s activity is about custom-made products for the foot. We combine the expertise of footwear technicians, footwear engineers-technologists, physicians, orthopaedists, and IT engineers. The modern technologies such as human body scan, computer designing of production forms, CAM carving and our own unique business management software are employed. Our clients, B2B companies, are offered the complete solution for serving their own patients that includes our know-how, online ordering system, all stages of design and production, quick service and the possibility to use our 3D lower limb scanning systems. By offering the execution of all production stages in one company – guarantees a perfect final result, since the requirements for the entire production cycle are known from the very beginning.

Started in 2001, JSC Baltic Orthoservice, better known by its brand name Ortho Baltic, has grown into one of the biggest producers of individual orthopedic devices in Europe. Whole company‘s activity is about custom-made products for the foot. We combine the expertise of footwear technicians, footwear engineers-technologists, physicians, orthopaedists, and IT engineers. The modern technologies such as human body scan, computer designing of production forms, CAM carving and our own unique business management software are employed. Our clients, B2B companies, are offered the complete solution for serving their own patients that includes our know-how, online ordering system, all stages of design and production, quick service and the possibility to use our 3D lower limb scanning systems. By offering the execution of all production stages in one company – guarantees a perfect final result, since the requirements for the entire production cycle are known from the very beginning.

FononTech is an impulse printing company that specializes in producing fine-grained patterns within the micro to millimeter range, specifically for the electronics industry. The company focuses on the manufacture of three-dimensional microelectronics products designed to tackle various manufacturing challenges and promote sustainable electronic printing. FononTech utilizes innovative heat-based technologies that generate rapid surface heating, allowing for a novel 3D printing process that minimizes shear forces on ink during application. This approach enables businesses to address and overcome their specific manufacturing issues more effectively.