EASME

Didimo is a leading provider of automated solutions for generating high-quality 3D human avatars in real time. The company specializes in creating high-fidelity avatars from simple inputs, such as a 2D photo, in approximately 90 seconds. Its platform-as-a-service (PaaS) enables content creators, software developers, and app builders to easily integrate avatar generation into their applications. Didimo employs a patented pipeline that utilizes machine vision, topology generation, texturing, and rigging to produce real-time ready avatars, which include advanced facial animation and text-to-speech capabilities. This technology is designed to be engine-agnostic, allowing for efficient asset fitting and animation retargeting, which benefits technical art teams. By optimizing memory usage for large-scale rendering, Didimo helps game studios reduce character development costs, accelerate time to market, and enhance gameplay diversity.

Createc is a technological start-up founded in 2016, based in Stalowa Wola's economic zone, with an additional office in Krakow. The company focuses on high technology solutions for the aeronautic, automotive, metallurgic, and marine industries. Createc specializes in product development and consulting services, offering expertise in areas such as patent analysis, research and development, technological audits, and materials engineering. The company aims to bridge the gap between academic research and industry needs by leveraging the skills and experience of its team and collaborating with academic institutions. Through the formation of interdisciplinary teams that include university representatives and industry experts, Createc supports the development of existing solutions while also implementing innovative technologies in metal and plastic processing, 3D printing, and advanced measuring systems. Their commitment to maintaining an extensive network of partners enhances their ability to provide tailored services and meet international standards in contract manufacturing and special material supplies.

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.

Springa is a startup of designers and engineers developing autonomous robotic tools for digital fabrication. Their mission is to allow everyone being creative and building big projects, wherever they want. They began this adventure creating Goliath CNC, the first portable and autonomous CNC machine that changes the way of makers, designers and professionals work on flat surfaces. Founded in 2016, they are based in Milano at PoliHub, the startup incubator of the Politecnico di Milano.

Spectroplast AG is a Swiss company specializing in the additive printing of pure silicones, offering innovative solutions for a variety of sectors, including healthcare, wearables, industrial components, soft robotics, art, and entertainment. Founded in 2018 and based in Zurich, Spectroplast has developed a unique technology, known as SAMT, that allows for the 3D printing of industry-standard silicones with high precision and performance, without the need for molds. This process not only saves costs and time but also results in zero waste. The company provides a range of silicones with Shore hardness from A0 to A80, available in various colors and transparent options, catering to the specific needs of clients in medical and industrial applications. Through its focus on bridging cutting-edge research and market demands, Spectroplast aims to deliver customized soft material products that meet high performance and quality standards.

Threod Systems is a development and production company that specializes in unmanned aerial systems (UAS) for military, government, and civil applications. The company focuses on creating advanced fixed-wing and vertical takeoff and landing (VTOL) aircraft, utilizing innovative technologies such as composite materials, 3D printing, and CNC machining. Threod Systems provides comprehensive solutions for intelligence collection and surveillance, offering both engineering and manufacturing services tailored to meet the needs of defense and commercial sectors. Their products include electro-optic payloads designed for data-gathering in various tactical and commercial contexts.

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.

3DBattery is a company that designs, develops, and manufactures portable energy storage solutions, primarily focusing on lithium-ion batteries. Established in 2016 and based in Tel Aviv, Israel, the company specializes in a range of products including rechargeable micro batteries, flexible batteries, and batteries integrated within chips. Their innovative energy storage solutions cater to the needs of various applications, such as flexible and wearable electronics, energy harvesting devices, Internet of Things (IoT) devices, surface-mount technology, and medical equipment. By employing advanced smart material engineering, 3DBattery aims to enhance energy and power efficiency in its products, making them suitable for electric vehicles, grid storage, and other portable electronic devices.

3D CLICK specializes in providing technology solutions for the packaging industry, focusing on digitizing processes to enhance sourcing, customization, and online validation. By transforming packaging converters' portfolios into producible 3D configurators, the company streamlines the customization experience for brands and private labels, facilitating faster time to market. Additionally, 3D CLICK offers a platform that enables businesses to create 3D catalogs and personalize packaging, thus supporting the development of interactive projects. The company also features a virtual photographer tool that automatically generates images for marketing and e-commerce, further aiding businesses in promoting their products effectively.

SmartRay is a manufacturer and developer of advanced three-dimensional sensors and quality control equipment designed to enhance efficiency in various industries. The company focuses on creating a unique range of 3D sensors that are easy to deploy, operate reliably, and are compact and economical. These sensors provide effective inspection, guidance, and measurement solutions, catering to the needs of manufacturers, machine builders, and system integrators globally. By offering innovative optical and laser instruments, SmartRay aims to reduce manufacturing costs and optimize production processes for its clients.

A3d Additive Printer develops cutting-edge technology to achieve a perfect adaptation to the requirements of the projects. 3D printing has already revolutionized several industries and achieved unprecedented speed of delivery, quality and cost reduction. It has experienced a remarkable technological development in the last few years, being possible to find applications in various sectors, especially in the automotive, healthcare, aerospace or machines and tooling. 3D printing technology is therefore considered mature in high value products, although it has not yet been successfully transferred to the construction business. This is where A3D is positioning itself. A3D builds homes at fraction of the traditional cost, using sustainable materials and done on-site, reducing transportation costs, pollution, and waste. A3D has developed novel lightweight concrete formulations and 3D printing system able to build on site code compliant, sustainable and affordable houses. Their groundbreaking solution has been recognized by urban developers who are seeking to provide affordable and sustainable homes. Now, successful commercialization requires demonstrated field results. Through the feasibility study phase, they will establish the roadmap to build a full scale OVO Habitat (their first optimized design) ready to be commercialized.

Aerosint, established in 2016 and headquartered in Liège, Belgium, specializes in the research and development of innovative additive manufacturing processes. The company's core project focuses on creating a zero-waste polymers powder bed 3D printing process. Aerosint's unique selective powder recoating technology enables multimaterial printing by selectively depositing fine powder voxels line by line, reducing waste and lowering costs, particularly for high-performance polymers.

ebb3 Ltd is a company based in Alderley Edge, United Kingdom, that specializes in the development of high-performance virtual computer (HPVC) applications for 3D graphical use. Founded in 2016, ebb3 focuses on transforming and simplifying technology usage by enabling work from any device, anywhere, at any time. The company utilizes advanced technologies from industry leaders such as Cisco, NVIDIA, NetApp, Citrix, and VMware to create a managed digital workspace platform. This platform optimizes the integration of various technology components, allowing for efficient workload management and improved productivity. By leveraging NVIDIA GRID technology, ebb3 provides virtual desktops that can access dedicated or virtualized GPUs, ensuring a seamless experience for users working with 3D applications.

QLayers specializes in developing robotic coating technology that enhances the efficiency of coating applications across various industries. Their flagship product, the Slash100, is designed for the automated application of coatings, allowing for the coating of large surfaces in diverse environments and conditions. This technology focuses on creating functional sharkskin coatings that reduce drag on vehicles such as wind turbines and ships. By utilizing an autonomous painting robot that can scan surfaces and apply micro-structured coatings, QLayers significantly improves operational efficiency for coating companies, ultimately leading to reduced fuel consumption and enhanced performance.

Mimetis Biomaterials SL is a Spanish company founded in 2013, specializing in the design and manufacture of biomimetic bone graft substitutes for medical applications in dental, craniomaxillofacial, and orthopedic sectors. The company focuses on creating synthetic bone grafting solutions that mimic the properties of natural bone, thereby facilitating the colonization of grafts by bone cells and improving outcomes in complex cases. Mimetis offers a range of products, including biomaterial granules and patient-specific 3D-printed grafts, to address various bone defect filling needs. In addition to its product offerings, the company provides consulting, original equipment manufacturing, and co-development services to clinicians. Mimetis Biomaterials was previously known as Subtilis Biomaterials S.L. until its name change in January 2016 and is headquartered in Barcelona, Spain.

Terabee specializes in the design, development, and production of advanced distance sensors under the TeraRanger brand. These small, fast, and lightweight sensors are utilized in various applications, particularly in fast-moving ground and airborne robots for tasks such as localization, navigation, and collision avoidance. Beyond robotics, Terabee's technology also supports automation, Industry 4.0 initiatives, and IoT applications, providing accurate data that aids in informed decision-making and energy efficiency. The company collaborates with clients to enhance their projects with added intelligence, offering expertise in algorithms, control systems, and sensor development, as well as turnkey solutions for industrialized sensor-based applications.

Jinn-Bot Robotics & Design GmbH" produces robotic systems based on industry standard modules for training and technology users. All components are 100% digitally developed and produced with 3D printers worldwide. These manufacturing methods enable the Robotic customer to produce spare parts or to integrate new developments based on CAD data. The Windows and Android-controlled robots can be easily expanded by individually optimized functions thanks to a «jinn open source concept». Extensions are, for example, motion sensors, infrared sensors, solar panels, voice control - the possibilities are inexhaustible. Further Robotioc solutions for various everyday applications are under development.

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.

Deneb Medical is a start-up focused on creating a robotic platform intended for various surgical applications, including neurosurgery, cranio-maxillofacial surgery, head and neck surgery, urology, and general surgery. The company's technology centers around a laser-based robotic surgery system that assists surgeons, particularly in spine surgery, by utilizing optical and photonic techniques for tissue ablation. This innovative system enhances surgical precision and efficiency through features such as three-dimensional visualization and augmented reality guidance, ultimately aiming to facilitate minimally invasive procedures and improve patient outcomes.

CEAD is a technology supplier on the frontier of composite additive manufacturing. The development of the CFAM 3D printer has been a breakthrough in printing with a continuous carbon or glass fiber. The large printing area of 4m x 2m x 1,5m makes this technology suitable for large structural composite components and molds. Printing with a wide range of polymer matrix materials from PP up to PEEK.

Mirrakoi SA is a Swiss company established in 2018 and is a spin-off from the Swiss Federal Institute of Technology in Lausanne. It specializes in developing computer-aided design software, particularly focused on the medical field. The company's flagship product, Rhino3DMedical, facilitates a seamless workflow that allows users to view, analyze, and segment medical images, ultimately enabling the creation of 3D-printable meshes and CAD models from CT and MRI scans. This proprietary software is designed with a user-friendly interface, making it accessible for orthopedic surgical planning and the production of patient-specific anatomical models. Mirrakoi's innovative technology streamlines the process of generating anatomical 3D prints, enhancing both efficiency and precision in medical applications.

Cellink AB is a biotechnology company specializing in bioprinting technologies that enable the 3D printing of human organs and tissue models, aimed at applications in pharmaceutical, cosmetic, and medical research. Founded in 2016 and headquartered in Gothenburg, Sweden, with an office in Palo Alto, California, Cellink offers a range of products including bioprinters, imaging systems, dispensing solutions, and bioinks that cater to the needs of researchers and laboratories worldwide. Its product lineup features various bioprinting platforms such as BIO X and BIO X6, along with specialized solutions for skin and cartilage tissue, microfluidics, and single-cell dispensing technologies. Cellink’s bioinks are utilized for diverse applications including drug screening, tissue regeneration, and organoids. The company serves a global customer base that includes universities, hospitals, and public laboratories, and it has established collaborations with organizations like MedImmune and Made In Space, Inc., to further its mission of advancing bioprinting technology in medicine.

Xnovo Technology ApS is the commercial result of more than 15 years of Synchrotron and Diffraction-Imaging research at the Technical University of Denmark (DTU). Driven by an urge to make 3D crystallographic X-ray technology accessible for a wider range of materials scientists, Xnovo Technology ApS was founded in December 2012 by Senior Scientist Erik Mejdal Lauridsen, DTU-Energy Conversion, and Professor Henning Friis Poulsen, DTU-Physics.

Pollen Robotics designs and develops humanoid service robots that cater to the healthcare, retail, and education sectors. These robots are equipped with advanced robotic arms that enable precise object manipulation, facilitating various tasks. Pollen Robotics emphasizes customization and connectivity in its products, allowing users to adapt the robots for different applications. The technology also incorporates features to convey emotions, which enhances interaction and engagement. This innovative approach allows scientists, artists, and innovators to explore new possibilities, making the potential of robotics accessible to a broader audience.

Invent Medical's mission is helping people. New technology will constantly disrupt and change the medical field. They apply digital technologies to invent, develop and design a new generation of custom-made orthotic & prosthetic products so patients can experience better treatment outcomes.

I+Med specializes in the manufacture and development of biomedical engineering products, focusing on personalized medical devices. The company offers a comprehensive solution that includes the generation of customized smart systems for controlled release, tailored to meet the specific needs of its clients. By adhering to a strict quality policy, I+Med serves clinicians, industrial customers, and academic institutions, facilitating effective research and development in the biomedical engineering sector. Its expertise lies in the formulation of particles and the advancement of innovative medical technologies.

Natural Machines specializes in innovative 3D printing solutions aimed at personalizing products in the food, personal care, and pharmaceutical industries. The company offers B2B2C solutions that allow for product creation at the point of consumption, catering to individual needs and preferences. Their flagship product, Foodini, is a 3D food printer that utilizes real ingredients to create customized meals. In 2021, Natural Machines expanded into personal care by partnering with BASF to develop tailored face masks, which are designed based on individual facial scans. In 2022, they further ventured into pharmaceuticals by collaborating with CurifyLabs to produce personalized drug treatments. The company's mission emphasizes sustainability and reducing waste, aligning with the UN Sustainable Development Goals for responsible consumption and production. Through their technology, Natural Machines aims to enhance the quality of products while promoting healthier lifestyles.

Alienline is a developer of advanced 3D visual technology aimed at delivering a glasses-free 3D viewing experience. The company has designed a unique display that transmits images to each eye independently through a specialized geometry surface with an additional polymer layer. This technology decodes polar and color segmentation, allowing users to perceive depth in 3D images without the need for external aids. Alienline's innovations extend to broadcasting 3D movies on smartphones and tablets, enhancing user comfort and engagement. Additionally, the company has created a 3D operating platform for Android devices, further enriching the user experience with its sophisticated technology.

Deneb Medical is a start-up focused on creating a robotic platform intended for various surgical applications, including neurosurgery, cranio-maxillofacial surgery, head and neck surgery, urology, and general surgery. The company's technology centers around a laser-based robotic surgery system that assists surgeons, particularly in spine surgery, by utilizing optical and photonic techniques for tissue ablation. This innovative system enhances surgical precision and efficiency through features such as three-dimensional visualization and augmented reality guidance, ultimately aiming to facilitate minimally invasive procedures and improve patient outcomes.

Calf is a company established in 1960 that specializes in providing advanced products and services for third parties and automatic printing machines. As part of the CALF group, which includes CALF 96, MG, SINTEC, and EMMEPPI, the company focuses on supporting customers across various manufacturing processes. These processes encompass design, engineering, cost reduction, prototyping, production, spare parts management, assembly, and testing, all conducted within a framework adhering to ISO 9001 and ISO 14001 quality standards. Calf operates over 20 machining centers, equipped to handle a diverse array of materials, including stainless steel, special steels, aluminum, plastics, and titanium.

Process Genius is a developer of a 3-dimensional user interface platform that transforms physical industrial environments into virtual models. This application collects and visualizes information on existing or new equipment and systems, providing a clear, multi-layered view of production factory operations accessible remotely from any device at any time. By streamlining industry practices, the platform integrates backend systems into an easy-to-understand visual format, enhancing productivity and reducing costs. The software-as-a-service (SaaS) solution can be deployed at client factory premises or server facilities, ultimately saving time and improving operational efficiency.

Plasmics is focused on transforming the additive manufacturing landscape by offering advanced 3D printing solutions that enhance accessibility for global customers. The company utilizes machine learning to improve printing quality and speed, particularly for multi-material applications in the medical field. By enabling consumers to customize products with multiple colors and materials, Plasmics aims to democratize production and provide personalized medical products. Their vision emphasizes not only innovation in technology but also a commitment to improving the quality of life for individuals through tailored healthcare solutions.

Eurekite BV, based in Enschede, the Netherlands, specializes in the manufacture of flexible ceramic materials. Established in May 2015 as a spin-off from the University of Twente, the company focuses on the development and commercialization of its innovative technology, known as Flexiramics®. This technology emerged from the Inorganic Materials Science Group of the MESA + Institute for Nanotechnology, led by Professor Andre ten Elshof. Eurekite combines expertise in formulation chemistry, production technology, and composite development, with its disruptive materials attracting investment from prominent venture capital firms.

MG2 was founded in Bologna in spring 1966 by Ernesto Gamberini, a young designer of automatic machines, who involved a colleague and an aunt, as backer.The first location of the company was in a small warehouse in Bologna outskirts and there, he started to design and produce automatic machines for the food and pharmaceuticals industries. In 1967 MG2 received its first order for a capsule filling machine suitable to dose pharmaceuticals into hard-shell capsules: this product would get so much success to become the core-business of the company. In fact, thanks to the experience and the enthusiasm of the founding members, since the beginning MG2 has been able to guarantee the production of machines which join innovation, reliability, productivity and accuracy: these aspects will accompany the whole story of MG2. The real intuition of Gamberini consisted in applying to the capsule fillers, for the first time in the world, the continuous rotation movement in replacement of the alternated movement: this principle was applied to the project of the mythical Model G36. This technology, protected by a patent, completely changed the way to design and construct this type of machines, thus consistently contributing to their technological development. MG2 has been exclusive producer of this type of machines for long time and still now, MG2 is a leader worldwide for this kind of automatic machines. Over the years, MG2 growth continued and the company developed more and more perfect products on the technological and functional point of view. Modern computer technologies together with big investments in R&D allowed to join innovation to the almost “craft-type” experience of the company, thus leading MG2 up to become a landmark for the state of art in its sector. MG2 headquarter is based in Pianoro (Bologna), the heart of the "Packaging Valley" of the town, but the main goal of the company remains the international market to which 90% approximately of the turnover is exported. MG2 presence abroad is well established also thanks to the historical branch in United States. MG2 can rely on both a network for direct sales in Italy and 40 agents all over the world.

AddiFab is a Danish company specializing in additive manufacturing solutions, particularly for rapid prototyping and low-volume production. It offers a proprietary system of 3D printers combined with advanced print resins and processes, allowing manufacturers to create custom injection molds. This innovative approach enables the production of complex parts efficiently and at a lower cost than traditional methods, while also reducing environmental impact. AddiFab's technology allows for the production of unique batches, prototypes, and spare parts without sacrificing material selection, accommodating everything from soft rubbers to hard metals. The company operates from its headquarters in the Greater Copenhagen area, with a branch in Palo Alto, California. Leadership includes CEO Lasse G. Staal, CTO Jon Jessen, and COO Peter L. Sørensen in Denmark, along with CEO Carsten Jarfelt in the U.S.

Produtech Srl is an Italian company that specializes in metal sheet processing machines. Established in 1993 as a company oriented in designing and creating industrial automation systems, it cooperated with big industrial groups like Brembo S.p.A., ABB-SACE, and also with Milano-Orio al Serio airport. Subsequently, thanks to the experience gained, it started producing metal sheet processing machines, like bending and punching lines. All Produtech lines are extremely flexible and easy to use, and reach great production performances. In particular, all Produtech lines process COIL sheet by means of innovative systems, all of them protected by Produtech international patents. Produtech continuous effort in R&D led to ISEO fiber laser launch onto the market.

Cover Sistemi develops advanced applications in electronics, RF, radar, optoelectronics, 2D and 3D vision systems and reverse engineering. Cover Sistemi Srl has managed to provide innovative solutions for its commercial clients in perimeter intruder detection but never has there been a solution to give a detailed, zone specific, multiple object sensing and precise 3D radar mapping of objects. ARIA is their novel radar sensor with disruptive technology enabling 3D mapping of objects and resulting in people identification, multiple people tracking and selection of zone of surveillance.

Powdertech Surface Science are experts in the application of chrome-free pre-treatment and powder coatings for lightweight alloy materials, such as aluminum and magnesium, in the automotive, aerospace, architectural and other niche industries. We have recently developed and patented a new mixed material joining process called Powderbond. This new system provides benefits in three key areas: Process: Minimal process steps with the bond created during the molding process. Lean. Design: Freedom for designers to incorporate metal parts into structure body. Performance: Multi-material process giving high bond strengths. The Powderbond suite of joining techniques is in development, with further processes due in the near future.

Tsunami has been operating in the medical devices industry for over two decades. Tsunami manufactures and releases to the market medical devices designed especially for the spine surgery and diagnostics invasive procedures. The company, founded in 1995, employs 25 highly trained technicians and engineers who are in charge of the entire manufacturing process (from the design to the final product) of the implantable devices. Tsunami's Quality System is UNI EN ISO 13485 Certified and is in compliance with the Medical Devices Directive 93/42/EEC. The manufacturing process is carried out in an ISO Class 8 controlled environment. The aforementioned standard entitles Tsunami to release CE certified medical devices. Manufacturing relies on CNC machines and state of the art systems to process laser sintered titanium powder.

Adimant is a Danish engineering consulting company that specializes in topology optimization and 3D printing, particularly focusing on the integration of these two fields. The company assists clients in the aerospace, aviation, medical, and tooling industries by optimizing product designs, which helps reduce manufacturing costs and enhance the performance of components. Adimant leverages its in-house developed optimization tools to provide tailored solutions that enable clients to capitalize on the design freedom offered by additive manufacturing, allowing for the creation of complex structures. This approach not only facilitates significant savings in material use and time but also contributes to reduced costs and weight in the final products.

ADDITIVA manufactures metal parts using the most advanced and performing Additive Manufacturing technologies, supporting the customer right from the design process. ADDITIVA supports the customer from design to manufacturing, offering the following services: collaborative design (DFAM – Design For Additive Manufacturing), structural simulations (finite element analisys, topological analysis), reverse engineering, 3D model optimization, metal powders laser melting, heat treatment, machining, surface treatment, quality control and testing.

Molmasa provides moulding solutions to the packaging industry. Its facilities cover 2.200 square meters and has the latest technology machinery, which, together with an automated machining and control process, allows the company to achieve high precision within competitive deadlines. The Molmasa R&D department makes over important resources to research into different aspects of injection moulding, from hot runners to cooling technologies, in order to improve the performance of the moulds. The quality of its moulds is based on specialization in specific applications and a large team of qualified professionals in the areas of R&D, engineering and production.

Sorek Medical Systems is an R&D company focused on developing high-tech medical subsystems, including electronic interfaces, computer algorithms and mechanical manipulators. The company is using advanced digital and analog technology such as FPGA, microcontrollers, high level analog interfaces and front ends, high accuracy CNC and 3D printing. The main line of development is MRI add-ons, which makes the company an expert in electromagnetic subsystems. Sorek is responsible for small scale manufacturing and installation of some of its products for clinical and investigational use.

Caizam Composites specializes in additive manufacturing, specifically through 3D printing technologies, to develop a new business model for producing composite parts for industrial applications via mini-factories. The company offers an industrial 3D printing platform that streamlines the manufacturing process, providing a diverse range of 3D printers and materials, such as onyx, fiberglass, and various metals. This innovative approach empowers designers and engineers to move away from traditional, time-consuming production methods, facilitating faster and more efficient part creation.

Augment is a mobile application that enables businesses to visualize their 3D models in Augmented Reality (AR) within their actual environment and at real scale. Founded in October 2011 and headquartered in Paris, with additional offices in New York City and Orlando, Augment assists retailers and manufacturers in enhancing customer engagement, boosting sales, and minimizing product returns through interactive AR experiences. The platform facilitates the seamless creation and management of deployable mobile 3D and AR visualizations, which can be utilized in eCommerce, field sales, and educational contexts, effectively merging physical and virtual experiences for users.

Terrain Technologies is a mapping service company specializing in the development of projects and applications in the fields of 3D and Geographic Information Systems (GIS). The firm focuses on transforming spatial data into actionable information and knowledge, with a diverse portfolio of projects completed in countries such as Portugal, the Czech Republic, Poland, Israel, the United Arab Emirates, Brazil, and Mexico. As a research and development-intensive organization, Terrain Technologies emphasizes knowledge management and technology in its strategy, allowing it to create tailored solutions that address client challenges. Current projects include the development of Intelligent Transportation Systems leveraging spatial big data, 3D emergency simulations for high-risk industrial environments, and software tools to enhance port management. With over a decade of experience in the mapping industry, Terrain Technologies is recognized for its expertise in delivering customized solutions that meet the specific needs of its customers.

3Du Engineering provides innovative lightweight sustainable solutions for additively manufactured aircraft interior parts. 3Du looks for pioneering and valuable applications for AM technologies and works with aerospace companies to review their processes and products portfolio- with the objective to maximise the benefits that such innovative technologies could yield. Its research and advisory services are constantly scoping for AM innovations and new players to select and develop the most adequate solution and sustainable ecosystem for every specific challenge.

Alchemie Technology Ltd is a company based in Cambridge, United Kingdom, that specializes in providing technical, commercial, and business support services tailored for the inkjet industry. Founded in 2013, it offers a range of services including contract development and digital printing solutions applicable to various sectors such as product packaging, biofluid dispensing, adhesive application, 3D prototyping, and digital decoration. Additionally, Alchemie provides consultancy services to assist businesses in navigating the rapidly evolving digital print and additive manufacturing markets. The company focuses on enabling users and suppliers in the digital print sector to achieve business growth through effective adoption and implementation of innovative technologies, while also emphasizing sustainability through reduced energy and resource consumption in manufacturing processes.

ADBioplastics is a startup focused on developing and commercializing custom bioplastics and additives that serve as sustainable alternatives to traditional plastics derived from fossil fuels. Their products are bio-based, originating from renewable sources such as corn, sugar cane, and sugar beet, and are designed to be compostable, fully disintegrating within three months in industrial composting conditions. ADBioplastics aims to support the circular economy and align with the EU Plastics Reduction Strategy 2030. The company offers innovative products like ADBio PLA+ and PLA-Premium, which enhance the properties of virgin PLA by improving barrier performance, thermal stability, and mechanical strength while ensuring better processability. These bioplastics cater to various sectors, including packaging, textiles, construction, 3D printing, medical applications, consumer goods, and agriculture, contributing to a more sustainable future.

Founded in 2013 , DO3D Innovations develops and markets professional 3D printing equipment. The company is based in Budapest, Hungary.

Thürmer Tools specializes in developing thread cutting tools by using additive manufacturing technology for foreign industrial enterprises and the offshore/maritime industry. Thürmer TOOLS offers production of specialized tools based on the customer’s design – anything from small to large tools – steel, tool geometry, tolerance, tempering and surface treatment appropriate for the job. This means optimal precision, strength, durability, and quality.

Kromek Group is a technology company specializing in the development, manufacturing, and sale of radiation detection products across various sectors, including medical imaging, nuclear detection, and security screening. The company offers a range of high-resolution detection solutions that utilize cadmium zinc telluride (CZT) and scintillator technologies to identify cancerous tissues and hazardous materials. Its product portfolio includes handheld gamma detectors, thermal neutron detectors, gamma-ray imaging systems, and advanced medical imaging devices such as CZT gamma detectors for SPECT imaging and photon-counting spectral CT. In the security domain, Kromek provides personal radiation detectors, networked radiation detection systems, and innovative detection algorithms for explosives. The company is dedicated to scientific research and development, continually pushing the boundaries of imaging technology and material analysis. Kromek Group operates globally, serving markets in the United Kingdom, North America, Asia, Europe, and Australasia, and distributes its products through various channels, including direct sales and partnerships with original equipment manufacturers. Headquartered in Sedgefield, the United Kingdom, Kromek Group was incorporated in 2013.

Fuel3D is a company that specializes in advanced 3D scanning technology, offering an affordable handheld scanner designed for high-quality shape and color capture across various creative applications. The scanner utilizes a unique combination of pre-calibrated stereo cameras and photometric imaging to produce detailed 3D images quickly, making it accessible to independent game developers, designers, and artists. Originally developed for the medical imaging sector at Oxford University by a team of engineers and scientists, Fuel3D's technology has been adapted for broader markets, aiming to democratize point-and-shoot 3D imaging. The company, now led by CEO Stuart Mead, focuses on providing rapid and accurate analysis of organic subjects, serving clients in fields ranging from art and animation to gaming and retail.

Holoxica is a high-tech company specializing in holographic 3D visualization solutions that do not require glasses or headsets. The company develops digital holograms and holographic video displays, utilizing the principles of light diffraction to create images that appear in mid-air and can be viewed naturally. Holoxica's offerings include a suite of proprietary software designed to visualize 3D data across various applications, such as medical imaging, engineering, and architectural visualization. By providing a genuine 3D holographic experience, Holoxica aims to enhance human-digital interaction and revolutionize how information is presented and perceived.

Produtech Srl is an Italian company that specializes in metal sheet processing machines. Established in 1993 as a company oriented in designing and creating industrial automation systems, it cooperated with big industrial groups like Brembo S.p.A., ABB-SACE, and also with Milano-Orio al Serio airport. Subsequently, thanks to the experience gained, it started producing metal sheet processing machines, like bending and punching lines. All Produtech lines are extremely flexible and easy to use, and reach great production performances. In particular, all Produtech lines process COIL sheet by means of innovative systems, all of them protected by Produtech international patents. Produtech continuous effort in R&D led to ISEO fiber laser launch onto the market.

NanoScale Systems is a manufacturer specializing in force-based nanosensors and transducers, founded in March 2005 as a spin-off from Johann Wolfgang Goethe-University in Frankfurt, Germany. With over 20 years of experience in the production of nanostructures, the company focuses on the development and market introduction of innovative products in nanotechnology, microsystem technology, semiconductor technology, and surface technologies. Utilizing advanced 3D nano printing techniques through focused electron beam technology, NanoScale Systems is recognized as the leading manufacturer of force and pressure-based nanosensors. Their platform is particularly beneficial for the medical sector, providing biocompatible technology that aids in research and further manufacturing processes.

Monozukuri works in the emerging market of early floorplanning for 2.5D and 3D IC integration. Monozukuri was incorporated in 2014 by a team of leading EDA IC and package co-design experts expressly to build a new technology, from scratch, to deal with the I/O planning, and optimization phase of the physical implementation of complex 2.5D and 3D integrated circuits. The management team totals 50+ years of working experience at leading semiconductor and EDA companies, where it has given birth to multiple generation of IC and package co-design tools, methodologies, and flows. Privately held, Monozukuri is based in Rome, Italy and has received funding from both institutional and private investors.

Adaptix Limited, established in 2009 and headquartered in Oxford, UK, specializes in designing and manufacturing innovative 3D radiology imaging equipment for X-ray applications. The company's core product is a miniaturized, flat panel X-ray source that can be integrated into existing product lines, enabling manufacturers to offer low-dose 3D imaging capabilities at a more affordable price point and with enhanced portability. Adaptix's solutions are used in various medical fields, including bedside chest imaging, extremity imaging, dental imaging, and breast imaging, with the potential to improve diagnostic accuracy for conditions like cardiovascular and pulmonary diseases, lung cancer, and osteoporosis. The company's technology, based on a pixelated array made in a semiconductor foundry, is protected by patents and leverages existing technologies from various industries. Adaptix's products are components intended for integration by X-ray systems manufacturers, who are responsible for product qualification, validation, and regulatory compliance.

Arcam AB specializes in additive manufacturing solutions for metal components, primarily focusing on the orthopedic and aerospace industries. The company offers advanced products such as the Arcam Q10, an electron beam melting (EBM) machine designed for the production of orthopedic implants, and the Arcam A2, which facilitates the additive manufacturing of metal parts using various materials for aerospace applications. In addition to these machines, Arcam provides a range of auxiliary equipment for powder handling, including explosion-protected vacuum cleaners, trolleys, and recovery systems. The company also supplies software, metal powders, and a variety of services, including application support and training. Founded in 1997 and headquartered in Gothenburg, Sweden, Arcam serves a global customer base.

ML Engraving is the leader in 3D laser texturing on molds. Based in Italy, ML Engraving has developed the laser engraving technology in order to enhance the quality of superficial textures on plastic/rubber products. Laser texturing is the best solution to create exclusive and outstanding finishes that increase the value of the final product for the Customer. The R&D Dept of ML Engraving has set up a digital process called D.R.E°- Design Rendering Engineering, a complex process that includes Reverse Engineering and Mapping and that allows to create a digital preview of the texture on the CAD file of the object. By means of the D.R.E° and the laser engraving technology, ML Engraving ensures the best results in terms of quality, accuracy, and correspondence to the customer's request. Laser technology is extremely flexible so that ML Engraving works for different industries: from consumer goods to footwear, from packaging to automotive, etc. Furthermore, laser texturing is a sustainable process. The choice of the laser technology reflects the commitment of the Italian Company to take care of the environment.

T4i is an Italian innovation company focused on the aerospace industry and other industrial sectors, specializing in advanced propulsion systems. The company develops innovative engines that provide smart propulsion solutions for in-space applications and access to space. Utilizing helicon plasma technology, T4i adopts a modular approach and integrates non-aerospace supply chains with additive manufacturing techniques. This strategy enhances the efficiency and profitability of satellite platforms, empowering industrial clients to explore new opportunities in space technology. Through its advancements, T4i aims to redefine possibilities in aerospace and drive innovation across various sectors.

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.

Natural Machines specializes in innovative 3D printing solutions aimed at personalizing products in the food, personal care, and pharmaceutical industries. The company offers B2B2C solutions that allow for product creation at the point of consumption, catering to individual needs and preferences. Their flagship product, Foodini, is a 3D food printer that utilizes real ingredients to create customized meals. In 2021, Natural Machines expanded into personal care by partnering with BASF to develop tailored face masks, which are designed based on individual facial scans. In 2022, they further ventured into pharmaceuticals by collaborating with CurifyLabs to produce personalized drug treatments. The company's mission emphasizes sustainability and reducing waste, aligning with the UN Sustainable Development Goals for responsible consumption and production. Through their technology, Natural Machines aims to enhance the quality of products while promoting healthier lifestyles.

Dressformer is a platform that utilizes advanced 3D fitting technology to enhance the online shopping experience for both businesses and consumers. By allowing users to virtually try on clothing before making a purchase, Dressformer addresses the common challenges of online fitting, such as uncertainty about size and suitability. The platform generates photorealistic 3D avatars and models from just two photos of a garment, achieving an impressive accuracy of 1 cm. This innovation not only boosts consumer confidence in their purchasing decisions but also helps retailers reduce return rates, thereby alleviating the financial burdens associated with returns. Dressformer effectively supports users by answering key questions about fit and approval, ultimately fostering increased sales and loyalty for online retail businesses.

Aross 3D specializes in the production of prototypes and small series in plastic and metal. Since 2007, it has been providing 3D printing service for the industry, for artists, for architects, and for individuals.

Pidso, an Austrian manufacturer of antennas and antenna systems. Pidso offers specialised expertise in the development and production of lightweight antennas and antenna systems that can be integrated into existing building spaces. The company’s antennas are used in the automotive industry, aircraft construction (particularly for unmanned aircraft), logistics control systems and video/cinema production.

ML Engraving is the leader in 3D laser texturing on molds. Based in Italy, ML Engraving has developed the laser engraving technology in order to enhance the quality of superficial textures on plastic/rubber products. Laser texturing is the best solution to create exclusive and outstanding finishes that increase the value of the final product for the Customer. The R&D Dept of ML Engraving has set up a digital process called D.R.E°- Design Rendering Engineering, a complex process that includes Reverse Engineering and Mapping and that allows to create a digital preview of the texture on the CAD file of the object. By means of the D.R.E° and the laser engraving technology, ML Engraving ensures the best results in terms of quality, accuracy, and correspondence to the customer's request. Laser technology is extremely flexible so that ML Engraving works for different industries: from consumer goods to footwear, from packaging to automotive, etc. Furthermore, laser texturing is a sustainable process. The choice of the laser technology reflects the commitment of the Italian Company to take care of the environment.

***UPDATE*** Effective September 1, 2022, company founder Jan Filipowiak regained 100% ownership of the company. Pixel Legend is specializing in development of innovative products in the field of immersive technologies. It's main products are AI Powered 3D Digital Humans, Vrooom - lightweight arcade VR system for theme parks and attractions with the highest ROI ratio on the market (6 players x 15 min x ticket price) and VR Dome - fulldome movie player sold in licenses to companies such as DHL and IBM, public institutions and tourist locations. Pixel Legend was the first company in Poland to receive first direct innovation grant awarded by seasoned experts and entrepreneurs under the auspices of European Commission. Team also received Galileo Masters award in 2015 for the innovative use of the GPS signal in the Augmented Reality app. Products were featured at TNW Conference, Web Summit, AR/VR Innovate and MIT Hubweek. Virtualist was selected by TNW as 'future workplace' technology. Company's products were featured by Forbes, Business Insider and TNW.