EASME

DentistRobot develops a hardware and software solution that employs robot technology to automate teeth reshaping processes. This innovation aims to enhance precision and efficiency in dental procedures, reducing human error and procedure time.

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.

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.

Space Submicron Electronic S.L. (2SE) is a Spanish company based in Seville (Spain). The company specializes in the design, development and production of integrated microelectronic circuits in sub-micron CMOS (Complementary Metal-Oxide Semiconduc­tor) technology. Its activity is focused on the development of cutting edge state-of-the-art solutions for the aerospace, defense, industrial and automotive sectors. 2SE’s team of professionals has extensive experience in the development, production and commercialization of mixed signal processing systems with analog-digital / digital-analog interfaces, systems on-chip and application-specific integrated systems (ASICs). Currently, 2SE is investing heavily in the development of state-of-the-art A/D converters and producing complex mixed-signal systems for on-board aerospace applications. These research and development activities are being carried out in close cooperation with universities and research institutions.

Modelway is a high-technology company specializing in experimental modeling, virtual sensors, automatic controls, and software prototyping. The company focuses on the design and development of tailored solutions that address complex technological challenges in various industrial sectors, including Automotive, Aerospace, Energy and Environment, and Mechatronics. By providing innovative services in modeling, prediction, and automatic control, Modelway enables clients to achieve significant reductions in development time and costs. Their systems facilitate the transfer of advanced technologies from academia to industry, ensuring that users can manage intricate systems while guaranteeing the accuracy of generated models through established error bounds. Modelway's technologies are currently deployed in cutting-edge industrial applications, enhancing operational efficiency and problem-solving capabilities.

Norrhydro designs and manufactures hydraulic cylinders and related hydraulic solutions, offering custom-made products to meet specific application requirements. It follows a customer-oriented product development approach and a standardized engineering process, with design confirmation by finite element analysis and testing, and ongoing lifetime optimization of its products. Serving Nordic markets, Norrhydro provides hydraulic solutions for forest machinery, material handling, mining, civil engineering, and marine applications, focusing on durable performance in demanding environments.

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 specializing in the development of computer-aided design software, particularly for the medical field. Founded in 2018 as a spin-off from the Swiss Federal Institute of Technology in Lausanne, Mirrakoi offers an innovative solution known as Rhino3DMedical. This proprietary software facilitates a streamlined workflow that allows users to view, analyze, and segment medical images, ultimately creating 3D-printable anatomical models from CT and MRI scans. The technology is designed for orthopedic surgical planning, enabling the development of patient-specific models with ease through an intuitive interface and guided workflow. Mirrakoi's focus on enhancing the design process in the medical sector positions it as a leader in augmented design technology.

Datumate Ltd. specializes in developing field-to-plan technology solutions for surveying, civil engineering, and architectural applications. Its products include DatuSite suite for aerial mapping and 3D modeling, DatuGram for 3D geodetic mapping, DatuMeasure for geodetic calculations, DatuGuide for geomatics verification, and DatuBIM for field data analytics and BIM cloud services. Serving private firms and government agencies globally, Datumate Ltd. aims to automate and digitalize construction processes.

COS.B.I. started up as a company for the production of systems and components of data transmission systems. Subsequently, it has matured remarkable technical and manufacturing experience in the field of mechanical assembly, provided, where required, with pneumatic and oleodynamic equipment. Thanks to the technical staff for design and high-level know-how, COS.B.I. provides firms with a valuable support both in the planning phase and in the prototype phase.

ESS develops highly specialized fluid simulation software for the automotive industry. The company’s core expertise lies particularly in the preparation of 3D-data with the automatic software MERGE and the whole dip paint process simulations for entire car bodies within a single day of computation time with the software ALSIM. Their newest software SENSE revolutionizes the CFD-simulation market in various industries with its easy to use and accurate particle based solvers, running on cost-efficient GPUs.

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.

Adimant is a Danish engineering consulting company that specializes in advanced services related to topology optimization and 3D printing, with a particular focus on their integration. The company supports industrial clients across various sectors, including aerospace, aviation, medical, and tooling, in developing optimal product designs that not only enhance performance but also reduce manufacturing costs. Adimant leverages its proprietary optimization tools to deliver expert assistance, enabling clients to capitalize on the design flexibility offered by additive manufacturing. This synergy between topology optimization and 3D printing allows for the creation of complex structures, resulting in significant savings in both time and material usage, ultimately leading to reduced costs and weight for clients.

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.

Polyteda Cloud is an innovative small to medium-sized enterprise (SME) that specializes in developing electronic design automation (EDA) software focused on physical verification. The company's flagship product, PVCLOUD, is designed to lower the market entry barrier for start-ups and small design companies by providing a high-quality, innovative solution. Polyteda Cloud offers a cloud management system that includes tools like power drc/lvs and nefelus-cms toolset, which are essential for the physical verification of integrated circuits.

Ingrid Cloud AB is a Swedish company based in Stockholm that specializes in developing a cloud-based computational application for wind simulation. Established in 2014, the company offers a fully automated flow simulation service that enhances accuracy, flexibility, and cost efficiency for its users. Its platform simplifies the simulation process by automatically generating complex models from computer-aided design (CAD) geometry, allowing designers, engineers, researchers, and architects to conduct flow simulations without prior expertise in computational fluid dynamics (CFD). This accessibility empowers users to improve their design processes effectively and efficiently.

Circuit Engineering Marketing Co Ltd (CEMCO) is an expert in the specification, design, and implementation of automation and industrial processes. With a strong commitment to R&D, the company has a proven track record of providing advanced manufacturing solutions. CEMCO develops machines that epitomize modern design and set uncompromising standards in equipment technology, engineering style, and craftsmanship.

Veigalan Estudio 2010 is a scientific and technoloic company that aims to provide optimized solutions to the metallurgical sector. The company manages engineering projects in order to improve the quality, profitability and competitiveness of metallurgical companies. It implements solutions for the elimination of operations without added value. Veigalan Estudio 2010 develops, integrates and commercializes an own software intended to solve demands of companies, including quality requirements, production and resources managements. Veigalan Estudio 2010 is highly specialization in metallurgy and metallic alloys and various manufacturing technologies, makes Veigalan a strategic partner of metallurgical companies to which it provides technical support in product and process.

Arralis Ltd. is a technology company based in Limerick, Ireland, specializing in high-frequency semiconductor chips for the aerospace and security sectors. Founded in 2013, the company is recognized for its expertise in Monolithic Microwave Integrated Circuits (MMICs), packaged component modules, and proprietary antenna technology. Arralis develops custom phased array antenna systems, micro and millimeter-wave technology systems, and various test systems tailored for communications, satellite, and defense markets. Its products are designed for both terrestrial and space applications, ensuring high precision and reliability. Additionally, Arralis collaborates with other leading technology providers to create bespoke, high-performance solutions that align with clients' strategic objectives, thereby enhancing their operational capabilities.

IS-Instruments is a micro-SME company that designs and develops remote sensing instrumentation for clients across Europe that include National Grid, Xstrata, European Space Agency and ABSL Space Products. ISI was set up in early 2010 by it directors Dr Michael Foster and Dr Jonathan Storey with Nicholas Bantin. The directors are world-leading experts in Optical filtering systems and in Laser-enhanced remote sensing instrumentation, as well as Photon Counting Techniques and High-precision interferometry. Together the directors have developed a number of instruments in the field including the Solar Swedish Telescope CRISP instrument. The core business model of the company is to provide for our clients new innovative solutions typically requiring laser based remote sensing instrumentation in difficult environments targeted at the specific problem. The company provides an end to end solution developing instruments from an initial simulated concept through to bench top instrument development and then to the manufacture of a complete instrument. The company has a range of optical, mechanical and electrical design tools including CAD and ray tracing facilities. In addition the company has a fully equipped optical lab and dark room for testing new instrumentation.

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.

CGS plus is an established European developer in the field of transportation, infrastructure, and AEC. Since 1990, CGS plus has been developing and providing a family of professional high-end civil engineering applications for the design of roadways (Plateia), railways (Ferrovia) and river engineering works (Aquaterra) as well as Civil 3D and Revit software tools for civil engineers and architects. CGS plus also develops customized CAD and BIM software solutions for different companies as well as software vendors. CGS plus is registered also as Research and development actor (research organization) at ARRS as defined under Article 5 of the Research and Development Act. The company cooperates as a coordinator or project partner in many Slovenian and EU projects in the fields of IT, road meteorology, hydrology, and environment.

Founded in 1951, the Schiebel Group of companies focuses on the development, testing and production of state-of-the-art mine detection equipment and the revolutionary CAMCOPTER® S-100 Unmanned Air System (UAS). Schiebel has built an international reputation for producing quality products, backed by exceptional after-sales service and support. Launched in 2010, Schiebel’s composite division supplies customers with high-end carbon fiber technology. All products are quality-controlled to meet ISO 9001 standards. Schiebel maintains offices and production facilities in Vienna (Austria), Wiener Neustadt (Austria), as well as offices in Abu Dhabi (UAE), Manassas, VA (USA) and Phnom Penh (Cambodia).

NEAT is an independent design and development company, with extensive experience in creating exclusive HW and SW solutions for mission and safety critical and high-performance applications, offering highly specialized engineering services for customers who play a major role in avionics, aerospace, railway and industrial markets. NEAT’s background relies on HPCN. All the key persons come from major Research Organization with an academic curriculum and a specific on HPC (HW, SW, and applications). NEAT exploits specific and certifiable design-flows, which respect the strictest criteria required by the safety regulations (CEI/IEC SIL - level 4 and DO178C/254 - level A) and the highest quality standards (ISO 9001:2008, IRIS, ISO 9100:2009). Moreover NEAT has considerable know-how both in the standard development and certification process of railway applications (EN 50126/50128/50129/50159, IEC 61508). The products delivered by NEAT assure total reliability even in harsh environments and thus meet the required safety standards. In addition, NEAT provides its own 2oo2 HW/SW platform, geminix2.0, together with a complete suite of Software Development Tools, enabling the implementation of safety-critical and/or high reliability embedded applications, certifiable with levels of safety integrity up to SIL 4. NEAT has solid, extensive experience in the HW/SW co-design, the development of real-time S/W applications and the use of programmable logical devices. NEAT adopts the most advanced techniques for the simulation, design, development testing and qualification of its products (MDD, DfT, WSS and FIT). NEAT has, in addition, developed other tools for Defensive Programming, H/W, and S/W Integration Automatic Test, Finite State Machine Verification, Safety Critical Data Preparation.

Cinside develops sensor-based detection systems that provide visibility into obscured environments for military and police operations. Using advanced radio wave sensors, the systems detect minute movements to help locate trapped individuals in collapsed structures and detect underground leaks. The company emphasizes continuous product development and new system solutions, expanding the range of applications to enhance situational awareness and safety in challenging environments.

CORTIME democratizes parametric optimization through it's intuitive SOLIDWORKS add-in software. By offering powerful optimization technology made easy to use and learn, CORTIME is set out on a mission to enable engineers to reap the benefit of automated design exploration. CORTIME enables you to utilize your computer and software even more by automating design testing, generating data about your design - day and night - which wil save you time. CORTIME provides the best interactive data analysis tools to gain an in depth insight to your design, which you wouldn never achieve without it. This makes you a better engineer as you can now make better design decision much quicker. CORTIME was founded in December 2012 and is based in Copenhagen, Denmark.

Alfanorm develops a computer-aided road marking machine-RoadWriter being able to print any kind of sign or graphic of road markings which are generated from a computer and appropriate to standards without using any template or any other tool. The signs in road marking are still applied manually by using some templates or some mechanic tools which needs lots of work force and time. The lack of digitalization of road marking applications is providing a great business opportunity with our disruptive innovation. The initial research for RoadWriter has been funded by TUBİTAK (Scientific and Technological Research Council of Turkey), which funds the research projects in Turkey that have an excellent research infrastructure and big market potential. Our technology was demonstrated and approved as TRL6 in an industrially relevant environment at the helm of specialized academicians assigned by TUBITAK. The RoadWriter project will transform the existing methods to a new digital way for more precision, less work force and standardized marking worldwide. Road marking is a basic need for each country, especially for technologically advanced ones such as EU member countries, USA and Japan. RoadWriter has a high volume market of over 400 million EUR market size with a high growth rate of 5-10%. The target users of the RoadWriter are highway directorates,municipalities,airports,parking areas, hospitals,malls,defense industry, everywhere where horizontal marking is needed. Its innovative aspects are; • Computer-aided machine • Ability to print at full width of standard traffic lane and unlimited length • Autonomous workout as long as needed • Standardization of signs and graphics library The feasibility study that will be completed in Phase 1 will mainly cover; • Market and stakeholder research • IPR management • Developing the embedded and interface software of the machine • Preparing user-friendly library of standard traffic signs and graphics • Detailed Business Plan

Crea Solution isan Italian company that providing software and hardware solutions to the fashion, automotive, aerospace, leather goods and furniture industries. Crea provides CAD 2D, CAD 3D, CAM, PLM, helping companies with integrated IT services from the product design phase to the production and marketing phase, aiming to reduce the time to market and increase of company profitability. In the Retail sector, it is able to offer cutting-edge solutions for VISUAL MERCHANDISING and E-COMMERCE, as well as applications for Price Management, Supply Chain and Replenishement.

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.

Founded in 2007, Artaic specializes in designing and fabricating custom tile work for commercial and residential markets. Utilizing computer-aided design software and robotic assembly systems, the company creates innovative mosaics for various industries such as hospitality, retail, and public art.

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.