European Innovation Council

Wooptix S.L., founded in 2014 and headquartered in Madrid, Spain, specializes in advanced imaging technologies. The company develops light field and wavefront phase imaging software that captures comprehensive information about light, utilizing the full resolution of sensors. This innovative platform allows for three-dimensional modulation of images across various camera setups, producing volumetric images and videos with enhanced data points and high frame rates. By focusing on improving human interaction with the environment, Wooptix aims to redefine the way users perceive and engage with their surroundings, offering new possibilities for image quality and post-processing capabilities.

FibriTech specializes in the development of advanced technologies for the production of 3D fiber network materials, which have a variety of applications across multiple industries. The company provides innovative solutions in areas such as agritech, packaging, filtration, insulation, and biocomposites. FibriTech's products offer a sustainable alternative to conventional materials like Styrofoam and various foamed plastics, delivering lightweight yet strong biomaterials that are both functional and environmentally friendly. By focusing on the creation of spatially shapable materials, FibriTech aims to address the challenges posed by traditional materials while promoting sustainability in manufacturing processes.

3Deus Dynamics is a pioneering company specializing in 3D printing technology. It has developed a unique hybrid process that combines 3D printing with traditional injection molding, allowing it to handle a wide range of polymers without the need for chemical reformulation. This innovative method also eliminates the requirement for support structures and removes any geometric limitations, enabling the production of complex objects with functional properties. The company's dynamic modeling capabilities further enhance its offerings, enabling on-demand printing of various products.

Wooptix S.L., founded in 2014 and headquartered in Madrid, Spain, specializes in advanced imaging technologies. The company develops light field and wavefront phase imaging software that captures comprehensive information about light, utilizing the full resolution of sensors. This innovative platform allows for three-dimensional modulation of images across various camera setups, producing volumetric images and videos with enhanced data points and high frame rates. By focusing on improving human interaction with the environment, Wooptix aims to redefine the way users perceive and engage with their surroundings, offering new possibilities for image quality and post-processing capabilities.

Wooptix S.L., founded in 2014 and headquartered in Madrid, Spain, specializes in advanced imaging technologies. The company develops light field and wavefront phase imaging software that captures comprehensive information about light, utilizing the full resolution of sensors. This innovative platform allows for three-dimensional modulation of images across various camera setups, producing volumetric images and videos with enhanced data points and high frame rates. By focusing on improving human interaction with the environment, Wooptix aims to redefine the way users perceive and engage with their surroundings, offering new possibilities for image quality and post-processing capabilities.

inPhocal is a company that specializes in advanced laser processing technology, utilizing a unique laser beam system originally developed from CERN research. The firm focuses on specialized printing solutions, offering undeletable prints for critical applications such as expiration dates and batch codes. Their innovative marking printer operates without ink, providing a faster alternative to traditional marking machines while maintaining high-quality prints on uneven surfaces. This technology aims to enhance current optical printing methods, positioning inPhocal as a leader in the field of laser processing.

Dimenco B.V. is a Netherlands-based company that specializes in 3D autostereoscopic technology, offering a range of products and services for both professional and consumer markets. Founded in 2010 and operating as a subsidiary of Top Wise International Enterprise Limited, Dimenco develops 3D displays that allow viewers to see different images without the use of special glasses. Their offerings include autostereoscopic displays, software, content conversion, and consultancy services. The company also provides tools such as the DirectX Visualizer and OpenGL Visualizer, which enable users to experience 3D applications on its displays, and the Dimenco 3D Player for playing 3D video clips. By utilizing a lenticular overlay on LCDs, Dimenco's technology enhances visual experiences, bridging the gap between excitement and reality for users.

Nexdot specializes in the synthesis, production, and application of advanced semiconductor nanocrystals known as Quantum Dots (QDs), with a focus on nanoplatelets—two-dimensional nanosheet Quantum Dots that exhibit enhanced properties. Founded as a spin-off from a leading academic laboratory in Paris, Nexdot leverages over a decade of research in nanomaterials to create proprietary materials with controlled shape and composition. These innovations are poised to transform various industries, including displays, lighting, energy storage, detectors, and bio-imaging. Additionally, Nexdot is developing quantum pearl encapsulation technology to enhance the integration of quantum plates into existing production processes, thereby ensuring compliance with environmental regulations. The company is comprised of a dynamic team of skilled scientists and seasoned executives, dedicated to advancing innovation in the field of nanotechnology.

3Deus Dynamics is a pioneering company specializing in 3D printing technology. It has developed a unique hybrid process that combines 3D printing with traditional injection molding, allowing it to handle a wide range of polymers without the need for chemical reformulation. This innovative method also eliminates the requirement for support structures and removes any geometric limitations, enabling the production of complex objects with functional properties. The company's dynamic modeling capabilities further enhance its offerings, enabling on-demand printing of various products.

AVATAR MEDICAL specializes in developing a virtual reality platform that creates 3D patient avatars from medical images. This innovative technology assists surgeons in visualizing complex medical data, evaluating surgical options, and enhancing training for medical fellows. By providing accurate and interactive representations of patients, the platform enables clinicians to better comprehend critical clinical information, ultimately improving the decision-making process in surgical planning. Additionally, AVATAR MEDICAL's approach fosters greater engagement with patients, allowing them to better understand their medical conditions and treatment options.

Cherry Biotech is a biomedical technology company specializing in Organ-on-Chip systems that facilitate drug discovery and personalized medicine. The company develops advanced microfluidic technologies to culture and replicate human organs under various physiological and pathological conditions. Additionally, Cherry Biotech provides temperature controllers to enable rapid temperature changes and next-generation 3D cell culture technologies. These innovations assist clinicians in accurately mimicking the human cellular microenvironment, which is essential for drug development and toxicity assessments.

Lattice Medical is a medical technology company based in Loos, France, founded in 2017. The company specializes in the design and manufacture of innovative prostheses for women who have undergone mastectomy due to breast cancer. Its flagship product, MATTISSE, addresses significant clinical and societal needs by enabling natural breast reconstruction. MATTISSE uses a combination of biomaterials and tissue engineering, including 3D printing, to create custom implants that regenerate autologous adipose tissue. This technology allows for a single surgical procedure, as the fully biodegradable implants dissolve after reconstruction, minimizing invasiveness and pain while reducing surgery time. Lattice Medical aims to replace traditional silicone-based implants with its advanced solutions, thereby enhancing the quality of life for women affected by breast cancer.

Dimenco B.V. is a Netherlands-based company that specializes in 3D autostereoscopic technology, offering a range of products and services for both professional and consumer markets. Founded in 2010 and operating as a subsidiary of Top Wise International Enterprise Limited, Dimenco develops 3D displays that allow viewers to see different images without the use of special glasses. Their offerings include autostereoscopic displays, software, content conversion, and consultancy services. The company also provides tools such as the DirectX Visualizer and OpenGL Visualizer, which enable users to experience 3D applications on its displays, and the Dimenco 3D Player for playing 3D video clips. By utilizing a lenticular overlay on LCDs, Dimenco's technology enhances visual experiences, bridging the gap between excitement and reality for users.

Nexdot specializes in the synthesis, production, and application of advanced semiconductor nanocrystals known as Quantum Dots (QDs), with a focus on nanoplatelets—two-dimensional nanosheet Quantum Dots that exhibit enhanced properties. Founded as a spin-off from a leading academic laboratory in Paris, Nexdot leverages over a decade of research in nanomaterials to create proprietary materials with controlled shape and composition. These innovations are poised to transform various industries, including displays, lighting, energy storage, detectors, and bio-imaging. Additionally, Nexdot is developing quantum pearl encapsulation technology to enhance the integration of quantum plates into existing production processes, thereby ensuring compliance with environmental regulations. The company is comprised of a dynamic team of skilled scientists and seasoned executives, dedicated to advancing innovation in the field of nanotechnology.

3Deus Dynamics is a pioneering company specializing in 3D printing technology. It has developed a unique hybrid process that combines 3D printing with traditional injection molding, allowing it to handle a wide range of polymers without the need for chemical reformulation. This innovative method also eliminates the requirement for support structures and removes any geometric limitations, enabling the production of complex objects with functional properties. The company's dynamic modeling capabilities further enhance its offerings, enabling on-demand printing of various products.

Reliefed Technologies AB, based in Varberg, Sweden, specializes in producing 3D printing components for various industries, including transportation, building materials, consumer products, and energy applications. The company has developed a globally patented 3D-production method known as z.trusion®, which allows for 3D mass production on conventional 2D production lines. This innovative technology significantly reduces energy consumption and costs, particularly in the new energy sector, offering up to 97% less energy usage and ten times faster production speeds in the manufacturing of components like bipolar flow plates for fuel cells and electrolyzers. Reliefed Technologies holds 44 patents worldwide, enabling enhanced performance and efficiency in products such as lithium-ion batteries and thermal management systems for electric vehicles. The company collaborates with major multinational original equipment manufacturers (OEMs) and Tier 1 suppliers to implement its technology in industrial settings, driving advancements in energy solutions and sustainable manufacturing practices.

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.

PhosPrint, established in 2019 and headquartered in Agia Paraskevi, Attiki, specializes in laser bioprinting systems and regenerative medicine. The company enhances tissue regeneration through its innovative laser bioprinting method, offering on-site cell printing during surgeries. PhosPrint's healthcare technology products empower researchers and experimental surgery units to combat diseases and medical conditions using advanced bioprinting and biotechnology research tools.

Reliefed Technologies AB, based in Varberg, Sweden, specializes in producing 3D printing components for various industries, including transportation, building materials, consumer products, and energy applications. The company has developed a globally patented 3D-production method known as z.trusion®, which allows for 3D mass production on conventional 2D production lines. This innovative technology significantly reduces energy consumption and costs, particularly in the new energy sector, offering up to 97% less energy usage and ten times faster production speeds in the manufacturing of components like bipolar flow plates for fuel cells and electrolyzers. Reliefed Technologies holds 44 patents worldwide, enabling enhanced performance and efficiency in products such as lithium-ion batteries and thermal management systems for electric vehicles. The company collaborates with major multinational original equipment manufacturers (OEMs) and Tier 1 suppliers to implement its technology in industrial settings, driving advancements in energy solutions and sustainable manufacturing practices.

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.

PeekMed is a company based in Braga, Portugal, that specializes in 3D pre-operative planning software for orthopedic surgery. Founded in 2015 by Jaime Campos, Sara Silva, and João Pedro Ribeiro, PeekMed's system is designed to enhance the precision of surgical procedures while simultaneously reducing costs. The software allows orthopedic surgeons to plan a variety of operations, including total joint replacements, osteotomies, and fracture reductions. It enables intuitive surgical sectioning of bones to correct deformities and facilitates the planning of trauma-related surgeries. Additionally, PeekMed's platform supports the storage and retrieval of patient studies, allowing surgeons to access medical images efficiently. The output from the system can be integrated with navigation systems, 3D printers, robotics, and mobile devices, further enhancing the surgical process and patient outcomes.

Scrona specializes in micro- and nanotechnology, focusing on innovative solutions for both consumer and industrial applications. The company has developed a three-dimensional nano drip printing technology aimed at facilitating fast and cost-effective production processes. Scrona's core competency lies in printhead development, collaborating with partners to offer comprehensive manufacturing equipment and next-generation products. This enables businesses to produce high-quality printed materials efficiently and at reduced costs, contributing to advancements in micro- and nanofabrication.

Headmade Materials GmbH, established in 2019 and located in Würzburg, Germany, specializes in developing materials and processes for metal 3D printing, particularly through its binder-based ColdMetalFusion technology. The company provides a range of services, including part design, production, and process consulting for additive manufacturing. It offers both standard and customized feedstocks, alongside application support to facilitate additive-compatible design and reliable production processes. Headmade Materials aims to enhance output and simplify post-processing in powder metallurgy, enabling clients to manufacture advanced printed metal parts cost-effectively for serial production.

Headmade Materials GmbH, established in 2019 and located in Würzburg, Germany, specializes in developing materials and processes for metal 3D printing, particularly through its binder-based ColdMetalFusion technology. The company provides a range of services, including part design, production, and process consulting for additive manufacturing. It offers both standard and customized feedstocks, alongside application support to facilitate additive-compatible design and reliable production processes. Headmade Materials aims to enhance output and simplify post-processing in powder metallurgy, enabling clients to manufacture advanced printed metal parts cost-effectively for serial production.

DyeMansion GmbH, established in Munich, Germany in 2013, specializes in post-processing and coloring of 3D-printed laser sintered parts. The company offers high-volume finishing systems that transform raw, 3D-printed parts into high-value consumer and industrial products, such as eyewear, automotive components, and medical devices. DyeMansion works with major 3D printing systems like EOS, HP, and 3D Systems, enabling precision coloring and finish to exact specifications. With over 400 customers, including leading global manufacturers, DyeMansion has become the global leader in additive manufacturing finishing systems for 3D-printed polymer parts.

FibriTech specializes in the development of advanced technologies for the production of 3D fiber network materials, which have a variety of applications across multiple industries. The company provides innovative solutions in areas such as agritech, packaging, filtration, insulation, and biocomposites. FibriTech's products offer a sustainable alternative to conventional materials like Styrofoam and various foamed plastics, delivering lightweight yet strong biomaterials that are both functional and environmentally friendly. By focusing on the creation of spatially shapable materials, FibriTech aims to address the challenges posed by traditional materials while promoting sustainability in manufacturing processes.

Lattice Medical is a medical technology company based in Loos, France, founded in 2017. The company specializes in the design and manufacture of innovative prostheses for women who have undergone mastectomy due to breast cancer. Its flagship product, MATTISSE, addresses significant clinical and societal needs by enabling natural breast reconstruction. MATTISSE uses a combination of biomaterials and tissue engineering, including 3D printing, to create custom implants that regenerate autologous adipose tissue. This technology allows for a single surgical procedure, as the fully biodegradable implants dissolve after reconstruction, minimizing invasiveness and pain while reducing surgery time. Lattice Medical aims to replace traditional silicone-based implants with its advanced solutions, thereby enhancing the quality of life for women affected by breast cancer.

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.

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.

Wooptix S.L., founded in 2014 and headquartered in Madrid, Spain, specializes in advanced imaging technologies. The company develops light field and wavefront phase imaging software that captures comprehensive information about light, utilizing the full resolution of sensors. This innovative platform allows for three-dimensional modulation of images across various camera setups, producing volumetric images and videos with enhanced data points and high frame rates. By focusing on improving human interaction with the environment, Wooptix aims to redefine the way users perceive and engage with their surroundings, offering new possibilities for image quality and post-processing capabilities.

Wooptix S.L., founded in 2014 and headquartered in Madrid, Spain, specializes in advanced imaging technologies. The company develops light field and wavefront phase imaging software that captures comprehensive information about light, utilizing the full resolution of sensors. This innovative platform allows for three-dimensional modulation of images across various camera setups, producing volumetric images and videos with enhanced data points and high frame rates. By focusing on improving human interaction with the environment, Wooptix aims to redefine the way users perceive and engage with their surroundings, offering new possibilities for image quality and post-processing capabilities.

FibriTech specializes in the development of advanced technologies for the production of 3D fiber network materials, which have a variety of applications across multiple industries. The company provides innovative solutions in areas such as agritech, packaging, filtration, insulation, and biocomposites. FibriTech's products offer a sustainable alternative to conventional materials like Styrofoam and various foamed plastics, delivering lightweight yet strong biomaterials that are both functional and environmentally friendly. By focusing on the creation of spatially shapable materials, FibriTech aims to address the challenges posed by traditional materials while promoting sustainability in manufacturing processes.

ZygoFix is a medical device company focused on spine technology. It has developed a three-dimensional printed implant designed to lock the facet joint of the lumbar spine. This innovative device leverages the anatomy of the spine to provide stability, moving away from traditional external screw-based systems. By eliminating the need for pedicle screws, ZygoFix aims to reduce the risks associated with improper screw placement, enhancing patient safety and outcomes in spinal surgeries.

SquareMind specializes in developing advanced medical technology aimed at enhancing oncology care. The company creates innovative robotic medical equipment that focuses on non-invasive healthcare solutions. Their flagship product incorporates sophisticated three-dimensional construction software for comprehensive body mapping, which aids in the early detection of skin cancer. This technology empowers healthcare professionals to monitor the growth of moles effectively, utilizing standard robotic systems to improve patient outcomes in oncology.

ZygoFix is a medical device company focused on spine technology. It has developed a three-dimensional printed implant designed to lock the facet joint of the lumbar spine. This innovative device leverages the anatomy of the spine to provide stability, moving away from traditional external screw-based systems. By eliminating the need for pedicle screws, ZygoFix aims to reduce the risks associated with improper screw placement, enhancing patient safety and outcomes in spinal surgeries.

LightSpace Technologies is 3D photonics and optical solutions company developing multi focal AR VR near eye 3D display and future glasses free light field and volumetric 3D display technologies. By numerous market analysts LightSpace Technologies has been recognized as market leading contributor of volumetric 3D display technologies. Company has invented new light field display technology that requires 10 times less optical hardware in comparison with existing solutions.

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.

DyeMansion GmbH, established in Munich, Germany in 2013, specializes in post-processing and coloring of 3D-printed laser sintered parts. The company offers high-volume finishing systems that transform raw, 3D-printed parts into high-value consumer and industrial products, such as eyewear, automotive components, and medical devices. DyeMansion works with major 3D printing systems like EOS, HP, and 3D Systems, enabling precision coloring and finish to exact specifications. With over 400 customers, including leading global manufacturers, DyeMansion has become the global leader in additive manufacturing finishing systems for 3D-printed polymer parts.

LightSpace Technologies is 3D photonics and optical solutions company developing multi focal AR VR near eye 3D display and future glasses free light field and volumetric 3D display technologies. By numerous market analysts LightSpace Technologies has been recognized as market leading contributor of volumetric 3D display technologies. Company has invented new light field display technology that requires 10 times less optical hardware in comparison with existing solutions.

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 specializes in the development of near-eye light-field display technology, aimed at enhancing the immersive experience in virtual and mixed reality environments. This innovative technology addresses common issues associated with current headsets, such as eye strain and discomfort, while maintaining a compact form factor and low manufacturing complexity. By projecting true hologram-like 3D images with accurate one-eye depth cues, CREAL's displays enable users to engage comfortably and enjoyably with virtual objects, particularly within their personal space. This advancement represents a significant step forward in creating more realistic and strain-free visual experiences in augmented and virtual reality.

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 specializes in impulse printing technology, focusing on the production of fine-grained patterns in the micro to millimeter range for the electronics industry. The company develops innovative three-dimensional microelectronics products aimed at addressing manufacturing challenges and promoting sustainable electronic printing solutions. FononTech employs advanced heat-based technologies to generate rapid surface heating, which enhances the printing process by minimizing shear forces on the ink. This approach allows businesses to effectively solve their manufacturing issues and improve production efficiency.