EASME is a European Union executive agency that supports small and medium-sized enterprises and promotes innovation in Europe. It manages projects in the areas of small and medium-sized enterprises, as well as the environment, energy, and maritime sectors, funded by COSME, LIFE, and EMFF. EASME organizes the European Sustainable Energy Week and serves industries such as environmental management, energy production, and maritime activities.
Silexica GmbH is a software design automation company that specializes in tools for developing multicore and manycore systems. Founded in 2014 as a spin-off from RWTH Aachen University, the company is headquartered in Cologne, Germany, with additional offices in the United States, South Korea, Japan, and China. Silexica offers the SLX Tool Suite, which includes several products such as SLX Mapper for automatic software distribution, SLX Generator for generating parallel code, SLX Parallelizer for identifying parallelism in legacy code, and SLX Explorer for hardware design space exploration. These tools are designed to streamline the transition from software to hardware, thereby reducing the time-to-market for intelligent products. In addition to its software offerings, Silexica provides consulting services for specific parallel software issues and custom code generation. The company serves various industries, including wireless communication, embedded vision, and automotive, and has received significant venture capital funding before being acquired by Xilinx/AMD in 2021.
Hailo
Grant in 2019
Hailo Technologies Ltd. specializes in developing advanced AI processors that facilitate deep learning applications on edge devices. Founded in 2017 and based in Tel Aviv, Israel, the company has created products such as the Hailo-8 and Hail SDK, which allow devices to perform complex tasks like object detection, image enhancement, and real-time content creation while minimizing power consumption and cost. Hailo's processors are designed to integrate seamlessly into a wide range of smart devices, including those used in automotive, security, personal computing, and industrial automation sectors. By rethinking traditional computer architecture, Hailo enables edge devices to process data locally, enhancing their capabilities and operational efficiency.
Createc
Grant in 2019
Createc is a technological start-up operating in the field of high technology, which includes the aeronautic and automobile industry. CREATEC was founded in 2016 as a legal entity with limited liability. The registered address of the company is in the Stalowa Wola economic zone located at the former Technology Incubator in Stalowa Wola. They also have an office in Krakow (ul. Bieżanowska 7/4, 30-812 Krakow). They support the development of existing solutions and implement totally new, unique ones on a global scale in the field of the processing of metals and plastics, measuring systems, 3D printing, CAD and expert computer systems through the effective transfer of academic knowledge to industry. The aim of Createc sp. z o.o. is to make good use of the experience and skills of the members of the team and the research and development potential of academic institutes in the realm of entrepreneurship and business. They have an extensive network of partners which they are constantly developing. In order to implement some projects, specially dedicated, interdisciplinary teams of specialists are formed in which representatives of universities and research institutes, businesses and experts from the industry can be found.
Optima Design Automation
Grant in 2019
Optima Design Automation specializes in electronic design automation (EDA) solutions for automotive and safety-critical semiconductor chips. The company is recognized for its advanced fault-simulation technology, which operates significantly faster than conventional RTL and GL simulation tools, enhancing Functional Safety applications. Optima offers two primary products: Optima-SE, a selective hardening solution aimed at addressing soft errors and achieving ASIL-B, ASIL-C, or ASIL-D compliance with reduced engineering and silicon costs, and Optima-HE, a tool designed for measuring and enhancing hard-error coverage to ensure compliance with ISO-26262 standards and support the development of Software Test Libraries. With a focus on revolutionizing automotive internal control development, Optima enables engineering teams to secure ASIL-D certification across various chip sizes while maintaining high processing capabilities and functional safety.
Civ Robotics
Grant in 2019
Civ Robotics is a construction technology startup focused on transforming the land surveying process through innovative robotics. The company has developed drones equipped with a custom staking mechanism that enables rapid and accurate marking of points on construction sites. These drones operate using an autopilot algorithm and data management software, allowing for autonomous site operations that enhance productivity. By streamlining land surveying tasks, Civ Robotics aims to improve efficiency and reliability in the construction industry.
Modelway
Grant in 2019
Modelway is a high-technology company specializing in experimental modeling, virtual sensors, automatic controls, and software prototyping. The company focuses on developing tailored solutions that significantly reduce development time and costs by addressing previously unresolved technological challenges in the industrial sector. Modelway's innovations are currently utilized in advanced applications across various industries, including automotive, aerospace, energy and environment, and mechatronics. Additionally, the company aims to facilitate the transfer of technology from academia to industry, providing systems designed for the modeling, prediction, and automatic control of complex systems. These systems enable users to effectively manage intricate processes while ensuring the accuracy of generated models through established error bounds.
Lightyear
Grant in 2019
Lightyear is an innovative automotive company based in the Netherlands, focused on transforming sustainable transportation through solar technology. The company develops solar-powered electric vehicles that not only utilize traditional electric vehicle charging systems but also harness clean solar energy to reduce dependence on conventional charging methods. Its flagship model, the Lightyear Zero, incorporates advanced solar panels directly into the vehicle's design, allowing it to generate energy from sunlight and extend its driving range significantly. With features such as four independently driven wheels and optimized aerodynamics, Lightyear aims to provide a practical transportation alternative that enables consumers to drive in locations lacking charging infrastructure, all while promoting eco-friendly mobility and sustainability.
Elliptic Labs
Grant in 2019
Elliptic Laboratories A/S, headquartered in Oslo, Norway, specializes in software-based artificial intelligence (AI) virtual smart sensors for various industries, including smartphones, IoT, laptops, and automotive. Established in 2006, the company offers a range of AI virtual sensors that include security, proximity, gesture, and presence detection. Its Virtual Smart Sensor Platform™ utilizes existing device sensors, enabling manufacturers to create more intuitive and efficient devices while reducing the need for dedicated hardware. This platform provides capabilities such as 360-degree presence sensing and touch-free gestures through advanced ultrasound and machine learning algorithms. Elliptic Labs operates in multiple countries, including the United States, China, South Korea, and Japan, positioning itself as a leader in AI sensor technology.
Space Submicron Electronic
Grant in 2019
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.
Automatique & Industrie
Grant in 2019
Automatique & Industrie (AI) is an SME located in the Isère department of France. The company is now also established in Nice and Toulouse to work more closely with its clients. AI also works for companies located abroad (see references).
RoboticsX
Grant in 2019
RoboticsX is a company focused on revolutionizing the manufacturing and robotics sectors through innovative industrial solutions. They specialize in developing autonomous robots that are designed to enhance efficiency in various industries, including automotive and pharmaceuticals. Their projects incorporate cutting-edge Industrial IoT technologies to address contemporary global challenges. By combining expertise from both corporate and start-up environments, the team at RoboticsX is well-equipped to create and implement new business models that drive industrial transformation. Their commitment to state-of-the-art software development, alongside a deep understanding of manufacturing processes and communication protocols, positions RoboticsX as a leader in industrial innovation. The company's vision not only aims to improve current manufacturing lines but also explores possibilities for future applications, such as constructing structures on Mars, highlighting their forward-thinking approach to robotics and automation.
Silent Sensors
Grant in 2019
Silent Sensors is an innovative IOT (Internet of Things) company with a focus on tyres and tyre management. We have a number of exciting opportunities covering holistic tyre lifecycle management, in particular the development of RFID tagging, sensors and energy harvesting, all of which significantly reduce the total cost of operations of a fleet of vehicles, whether they be construction equipment, trucks, busses or cars.
Qlayers
Grant in 2019
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.
Smooth Robotics
Grant in 2019
Smooth Robotics specializes in intuitive robotic welding software, aimed at automating welding processes for clients. Their flagship product, SmoothTool, enhances the capabilities of Universal Robots, converting its robotic arm into a powerful and user-friendly welding tool. The platform allows operators to teach the robot the welding path and techniques using a joystick mounted on the robot, simplifying the programming process. This innovative approach enables users to achieve automated welding with ease, ensuring consistent and high-quality results without the complexities typically associated with traditional programming methods.
ONO
Grant in 2019
Creating transformative change in urban mobility, making our cities cleaner and more enjoyable. We first focus on urban logistics, moving goods around the city in ways that are sustainable, efficient and cost-effective. Our vehicle and its modular platform system, with easily swappable modular units, meets the needs of city logistics. From moving food to flowers to furniture, the possibilities are endless. ONO’s founders, pioneer in e-mobility solutions, Beres Seelbach, former head of design at Mercedes and Volkswagen, Murat Günak, and light electric vehicle expert and engineer, Philipp Kahle, sought to rethink and reshape modern urban transportation. They put together a forward-thinking group of designers, engineers and creative thinkers who shared their vision of transforming urban mobility. ONO is a Berlin-based e-mobility company introducing a whole new category of emissions-free vehicle: the Pedal Assisted Transporter (PAT), combining the flexibility of a bicycle with the capacity and durability of a van. We offer environmentally friendly urban logistics solutions designed and optimised for cities of today.
Syn Trac
Grant in 2019
SYN TRAC is a new, innovative vehicle concept with a new safety concept and a lot of comfort.
AImotive
Grant in 2019
AImotive is focused on developing automated driving technology aimed at providing safe and comfortable rides in various environments. The company creates self-driving software and proprietary simulation tools, alongside neural network acceleration hardware, to support the deployment of automated driving systems. AImotive's products are designed to be scalable, modular, and hardware agnostic, fostering collaboration within the industry. The team's expertise in artificial intelligence, sensor fusion, and 3D graphics enhances their ability to assist partners in achieving their self-driving objectives.
Another Brain
Grant in 2018
Another Brain, SA is a Paris-based artificial intelligence startup founded in 2017 that specializes in developing bio-inspired chipsets for AI and robotics. These innovative chipsets enable autonomous, unsupervised data extraction and embedded pattern recognition without relying on external databases. They are designed to detect and process multiple patterns simultaneously, learning from previously encountered data. The company also offers software tools to facilitate the integration of these chipsets and conduct simulations for users. Another Brain's technology has applications across various industries, including healthcare, smart cities, industrial automation, automotive, smart homes, security, biometrics, and data center optimization. By automating processes traditionally performed manually, their chipsets enhance efficiency and performance in many sectors, including Internet of Things (IoT), drones, and robotics.
Konetik
Grant in 2018
Konetik helps companies to integrate electric vehicles with their automated AI driven vehicle and charging advisor.
DISCOPERI
Grant in 2018
Discoperi, Inc. is a Madrid-based company that specializes in blockchain-based solutions for the automotive industry. Founded in 2016, Discoperi focuses on improving driving safety and accident prevention by developing innovative technology. Its flagship product, System EYE, combines hardware and software to scan roads and alert drivers to potential threats, thereby enhancing safety. The company also employs artificial intelligence and big data to analyze traffic conditions and assess collision risks. Additionally, Discoperi has created the Discoperi Blockchain Protocol (DBP), which enables drivers using System EYE to monetize the data they collect during their journeys. This approach not only contributes to safer driving but also offers a revenue-generating opportunity for users. Discoperi serves a variety of sectors, including automotive, advertising, fast-moving consumer goods, and insurance.
Simune Atomistics
Grant in 2018
Simune Atomistics specializes in providing advanced software solutions and training services for industries such as semiconductors, automotive, chemicals, and green energy. The company focuses on atomic-scale simulation techniques, assisting industrial, academic, and research clients in tackling complex simulation challenges. Simune Atomistics aims to accelerate and optimize the materials design process by offering professional support and customized software modules tailored to specific applications. Founded as a joint venture among scientific experts and the Nanoscience Cooperative Research Center CIC nanoGUNE, the company operates from the nanoGUNE facilities in Donostia – San Sebastián, Spain, utilizing the latest scientific advancements to enhance industrial applications.
Gordon Murray Design
Grant in 2018
Gordon Murray Design Limited is a British company operating from Shalford in Surrey. They have built a Global reputation as one of the ‘finest automotive design teams in the World’ and was established in 2007 to develop an innovative and disruptive manufacturing technology, trademarked iStream®. The Company aims to be the world leader in automotive design and reverses the current industry trend for sub-contracting by having a complete in-house capability for design, prototyping and development.
KG Protech
Grant in 2018
KG Provides a hardware-enabled software solution for the next generation of automotive training.
Metatron S.p.A.
Grant in 2018
Metatron is an Italian company with a global presence specialising in the research, development, production and marketing of pressure regulators and engine control units for alternative fuels. The headquarters and production are located in Castel Maggiore, Bologna, Italy.
Cognibotics
Grant in 2018
Cognibotics AB, based in Lund, Sweden, specializes in methods and services aimed at improving the performance and longevity of robotic systems. The company focuses on determining critical robot properties such as backlash, friction, and non-linear compliance, which are essential for effective operation in various applications. Cognibotics offers innovative solutions for joint property assessment that enable robots to function in areas where traditional calibration methods fall short. Additionally, the company provides techniques for monitoring mechanical wear and maintenance needs, enhancing the reliability and cost-effectiveness of robotic systems. By improving accuracy and predictability in robotic joint and link designs, Cognibotics supports the development of both new robots and the programming of cooperative robots, thereby expanding their application potential and lifespan.
SP Nano
Grant in 2018
SP Nano is a nanotechnology company commercializing the use of nano-particles in the rapidly growing $106 billion composites market. The most widely-used type of composite consists of layers of fabric (carbon-fiber, glass-fiber, aramid) held together by a resin matrix. The matrix is the materials' weakest link - much weaker than the layers of fibers it binds. When composite structures and components commonly used in the aerospace, defense, automotive, marine and sporting goods industries fail, it's often because of this large discrepancy in strength between the fibers and the resin.
Allatherm
Grant in 2018
Allatherm provides thermal science and heat transfer devices manufacturing expertise, contract Research & Development, and consulting services. Their R&D focuses on innovative solutions and devices for new advanced design concepts in the thermal management field. Key specialization and know-how is based on the profound expertise of two-phase heat transfer technology and devices including thermal superconductors such as heat pipes and heat loops — master elements for next-generation of thermal management systems. They develop, design, manufacture, and test thermal management systems for a wide range of applications in the energy, scientific, telecommunication, automotive, aerospace, and defense industries: microelectronics, mobile devices, laptops, tablets, notebooks, computers, servers, power electronics, data centers, alternative energy sources, LED, fuel cells, unmanned aircraft and vehicles, high-altitude balloons, material processing, energy recovery equipment, etc. Anywhere a compact, light weight, robust, easy-to-use and integrate, highly efficient and reliable, superior in thermal performance and nevertheless still cost-effective solution is required Allatherm is ready to help you.
Helic
Grant in 2018
Helic, Inc. is a semiconductor company based in San Francisco, California, that specializes in Electronic Design Automation (EDA) software and fabless chip manufacturing. Founded in 2000, the company focuses on developing tools that address electromagnetic crosstalk in System on Chip (SoC) designs, enabling engineers to synthesize inductive devices and accurately model electromagnetic and parasitic phenomena. Helic's advanced technology supports analog, radio frequency, and high-frequency integrated circuit design, making it particularly valuable for sectors such as wireless communications, Internet of Things (IoT), computing, automotive, and high-speed networking. Their software facilitates rapid electromagnetic analysis and sign-off processes, enhancing the design flow and allowing engineers to optimize die size while capturing critical effects across a wide frequency range, from DC to 110 GHz. Helic operates as a subsidiary of ANSYS, Inc.
Fastree3D
Grant in 2018
Fastree3D is a fabless semiconductor company based in Switzerland, specializing in the development of three-dimensional imaging sensors that facilitate real-time recognition and distance measurement of fast-moving objects. Founded in September 2013 as a spin-off from EPFL Lausanne, Fastree3D aims to enhance driving assistance and autonomous navigation systems. The company's sensors utilize complementary metal-oxide-semiconductor (CMOS) technology, enabling precise detection and localization of objects in three dimensions. Through its subsidiary, Fastree3D B.V., the company collaborates with TU-Delft in the Netherlands to advance research and innovation in this field, ultimately supporting clients in creating vehicles and machines capable of continuously monitoring their environment.
TWEVO
Grant in 2018
TWEVO is a research and development startup focused on signal processing and firmware development for unmanned vehicles. The company specializes in designing and delivering transceiver sets that enable high-speed wireless communication between remote moving vehicles, achieving data rates of several hundreds of Mbps with minimal latency. TWEVO aims to enhance operational capabilities and technical performance for its clients through advanced radiocommunication systems, contributing to broader societal benefits. Additionally, TWEVO offers artificial intelligence-enhanced video services that optimize video transmission for monitoring and control systems on factory floors, facilitating real-time analytics that help businesses improve operational efficiency and reduce costs.
Everysens
Grant in 2018
Everysens is a technology company that specializes in supply chain optimization for industrial and transport sectors. Founded in 2015, it provides a predictive visibility platform that allows companies to plan and monitor their logistics flows in real time. By integrating data from third-party sensors, operators, and carriers, Everysens enables real-time location monitoring and analytics, facilitating hassle-free logistics management. The company's innovative approach is further enhanced by Ralf, an AI-powered digital transport assistant designed to support operational teams in transport management tasks. With a presence in over 37 countries, Everysens serves prominent clients, including Total, Saint Gobain, Gefco, and Arcelor Mittal, leveraging IoT, Big Data, and AI to boost transport performance and productivity.
Olmedo Special Vehicles Spa
Grant in 2017
Olmedo Special Vehicles manufactures transportation equipment such as industrial trucks, tractors, and trailers. The company was founded in 2004 and soon established its internal operating departments (paneling, upholstery, interior fittings), differentiating them, in order to optimize their development and to keep the quality and operational efficiencies more closely monitored. The first sector is linked to the disabled driving facilities, developed after the acquisition of the company "L 'autonomy" of Reggio Emilia, which took place in 2005, and immediately incorporated into the OLMEDO buildings; in this area, accessible from every disabled and without architectural barriers, qualified personnel analyzes need for need to compare it to the technical feasibility of transformation. The result is a part of the company, equipped with static devices simulators, where the user can compare the most innovative solutions related to their needs. The second operating context is that of interior upholstery and upholstery and the glazing of glazed vehicles
Ab Nanol Technologies
Grant in 2017
Ab Nanol Technologies specializes in the development of innovative lubricant additives aimed at significantly reducing transportation fuel consumption. The company's unique, nano-thin metal-plating films are applied to the active friction surfaces of engines, effectively decreasing friction and wear. This technology not only helps clients lower fuel and oil consumption but also extends the lifespan of crucial engine and machinery components. With a goal of reducing global transport fuel consumption by 50-100 million tons annually, Nanol focuses on heavy-duty marine and power diesel engines, while also planning to expand into industrial applications, heavy vehicles, trains, and automotive markets. The effectiveness of its lubricant additives has been demonstrated through extensive testing, showing remarkable results such as a tenfold increase in bearing lifetimes and over a 20% reduction in friction, which has already resulted in significant fuel savings for users operating heavy-duty engines.
New Generation Sensors
Grant in 2017
New Generation Sensors specializes in the development of advanced sensors designed to enhance operational efficiency while minimizing energy consumption. As a recognized spin-off of the National Inter-university Consortium of Telecommunication, the company collaborates with CNIT to facilitate technology transfer from research initiatives, including Intelligent Transport Systems and Smart Plant technologies. The sensors are tailored to lower installation and management costs, providing affordable solutions for artificial vision devices used in industrial, civil, and automotive applications. This enables businesses to effectively monitor and automate their operations, enhance fleet management, and improve real-time traffic monitoring systems.
Rubedo Sistemos
Grant in 2017
Rubedo Sistemos (a.k.a. Rubedos®), a Lithuania-based pioneer company of mobile robotics solutions, develops 3D visual perception and navigation technology for free ranging vision guided robotics applications in various industries, including manufacturing, material handling, and healthcare. The company is well regarded for its FDA-compliant robotic precise tumor targeting solution designed exclusively for an image guided radiation therapy product of Elekta, a medical device manufacturer listed on NASDAQ OMX NORDIC.
Radisurf
Grant in 2017
RadiSurf designs and develops advanced attachment solutions between metal and plastic materials.
Mobius Protection Systems
Grant in 2017
Mobius Protection Systems is a design, development, and manufacturing company, delivering innovative energy-absorbing solutions for a variety of vehicles and aircraft. Mobius Protection Systems' products and services are focused on simplicity, innovation, and flawless performance.
Aero Glass
Grant in 2017
Aero Glass is an augmented reality platform for all transportation domains. Aero Glass is saving lives by reducing pilot and driver workload by displaying safety and navigation information in 360° 3D Augmented Reality through Smart Glasses - which is extremely cool. AeroGlass keeps pilot’s and driver's eyes looking outside of the cockpit, where normally they’d only see the clouds & sunshine - but with Aero Glass, they start to see all the relevant safety information like airspaces, airways, other aircraft, terrain, etc. in a natural 3D manner.
dynamic E flow GmbH
Grant in 2017
dynamic E flow is a high-tech company, specialized in hollow conductor cooled (capcooltech®) electric motors since 2014. dynamic E flow GmbH (DEF) is a high-tech start-up company with expertise in capcooltech® cooled electric motors. As a leading competence center for directly cooled electric motors, we develop and manufacture special machines, prototypes and small series for a wide range of industries. The capcooltech® hollow conductor cooling system developed and patented by DEF enables new dimensions of performance and efficiency. This is proven by machines in the aerospace, automotive, truck, machine tool and automation industries. The idea for its cooling technology for electric motor systems, capcooltech®, was born when the founders first experienced an overheated electric car engine. Winner of three innovation awards, dynamic E flow uses hollow copper wires instead of solid wires for the motor winding. This prevents overheating and allows its electric motors to deliver twice the power without changing size.
Breuckmann GmbH
Grant in 2017
The core competence of Breuckmann GmbH & Co. KG is high pressure die casting with raw materials whose the casting exceeds the threshold of 1000°C. The high pressure die casting process offers ideal conditions for the economic manufacture of precise castings with a high surface quality. Breuckmann primarily casts silicon tombac, pure copper and brass for customers in the lock and fitting industry, the electronics and automotive industries in addition to general mechanical engineering.
FuelSave
Grant in 2017
FuelSave is an energy efficiency enhancement company founded in 2012, dedicated to improving fuel consumption and reducing emissions for trucks and utility vehicles. With a strong emphasis on research and development, FuelSave combines its patented technologies with components from leading industry providers to create innovative turnkey energy solutions across various sectors. The company's platform is designed to enhance the efficiency of industrial applications, enabling clients to achieve measurable economic benefits while minimizing their environmental impact. By adapting its technology to different markets, FuelSave aims to provide effective solutions that promote sustainability and profitability for its users.
Silent Sensors
Grant in 2017
Silent Sensors is an innovative IOT (Internet of Things) company with a focus on tyres and tyre management. We have a number of exciting opportunities covering holistic tyre lifecycle management, in particular the development of RFID tagging, sensors and energy harvesting, all of which significantly reduce the total cost of operations of a fleet of vehicles, whether they be construction equipment, trucks, busses or cars.
Kolberg Caspary Lautom
Grant in 2017
Kolberg Caspary Lautom AS (KCL) is one of the country's leading importers in several industries and markets. The company operates in two main divisions: Automotive and Industry. The company imports, markets and distributes car equipment and car parts, car and boat comfort, hand tools, industrial tools, lubrication and workshop equipment, construction products, hydraulic components and tailor made hydraulic applications. Product portfolios consist of worldwide brands. In addition to offering a range of quality products for various purposes, the company also has skilled employees who possess the necessary knowledge about them. This is to offer customers the best possible service, both before and after a trade. KCL has over 50 years of experience as a supplier of complete hydraulic power supplies and is one of the market's most complete component suppliers. The company's experts possess high professional knowledge and long experience, and have the widest range in the market, as well as offering tailor-made application levels. KCL was established in 1906, with over 100 years of business traditions.
ETS - Engineering Technology Steyr
Grant in 2017
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.
Easelink
Grant in 2017
Easelink is focused on creating innovative solutions for electric vehicle charging through its proprietary MATRIX CHARGING® technology. This automated conductive charging system eliminates the need for manual plugging and unplugging by allowing vehicles to charge automatically when parked over a stationary charging pad. The design features no moving parts outside the vehicle, making it both efficient and scalable. Easelink aims to enhance the user experience of electric vehicle owners, facilitating a seamless and convenient charging process that aligns with the growing demand for smart living solutions.
Veso Concept
Grant in 2017
Veso Concept is a green tech and engineering company that has been developing biosourced composite materials. From the sourcing of natural materials to the realization of the object, VESO offers solutions of biocomposite materials and the most innovative products with high added value. In the respect of our environment, in the evolution of the rules and the industrial standards, our concepts resulting from our applied R & D work are illustrated in major contractors Automotive and Aeronautics today.
Gomecsys BV
Grant in 2017
Gomecsys BV is a Dutch engineering company that develops fuel saving internal combustion engine technology. The focus is on Variable Compression Ratio (VCR) engines and the first prototype was developed in 2000.
Ontech
Grant in 2017
Ontech Group is a leader in Controlled Electromagnetic Field (CEMF) sensing technology, which transforms the way humans interact with machines and technology. With a global presence that includes offices and research and development centers, Ontech specializes in near-field detection, providing innovative solutions across various industries such as health technology, automotive, and consumer devices. The company's proprietary CEMF sensors, protected by over 100 international patents, enhance safety and functionality while promoting energy efficiency. Ontech's technology is applicable in diverse areas, including home security and industrial safety, enabling clients to optimize the protection of individuals and assets in both domestic and industrial settings.
Zemission
Grant in 2017
Zemission AB, based in Lund, Sweden, specializes in the development of innovative catalytic combustion technology aimed at achieving efficient and fuel-independent combustion with minimal emissions. With over a decade of expertise, the company has pioneered a multifuel and low-emission combustion concept, enabling flameless combustion suitable for various applications such as automotive heating, renewable energy, and industrial heating. Zemission's unique approach allows for the combustion of liquid fuels, a significant advancement over traditional methods that typically focus on gaseous fuels. The company holds several patents related to its non-monolith technology, positioning it at the forefront of zero-emission heat solutions.
DesignPro
Grant in 2017
DesignPro is a provider of precision automation and machine build services to a variety of industries such as pharmaceuticals, medical devices, aviation, automotive, cosmetics and renewable energy. Based in County Limerick, Ireland the company has developed a reputation as a creative and highly professional partner to some of the world’s largest multinationals. Providing a complete turnkey solution, their services include: problem analysis, design, prototyping, build, installation and maintenance.
Stalsmidjan Framtak
Grant in 2017
Stalsmidjan Framtak provides automated anode fork repair system for the aluminium rodding plant. The history of Stalsmidjan ehf. extends back to the year 1933. Ship repairs and conversions have always been the mainstream of the company's operations. The first steel boat to be built in Iceland was built by Stalsmidjan in 1955, a tugboat with 1000 hp main engine, for the Reykjavík Harbour Authorities. In 1962 Stalsmidjan also built the first Icelandic steel fishing boat. There is a long ship building tradition in the company, which has constructed and modified a total of 36 steel vessels, up to 68 meters in length. Stalsmidjan operates its own slipway in Reykjavík Harbour and a carpenter’s workshop, specialized in ship works and renovations of older woodwork. Stalsmidjan has wide experience in new buildings, improvements and maintenance work both for hydro electric power stations and steam turbine stations as well as in energy distribution systems. Framtak ehf. was founded in the year 1988. In the year 2000 Framtak bought the company Blossi hf, and established the daughter company Framtak-Blossi ehf. This company covers specialized diesel-tuning and automotive workshops, and is authorized as "Bosch Diesel Centre" in Iceland. It also operates a retail shop and services for the metal industry. Earlier, the main focus was on the marine sector and Framtak has covered some of the largest and most complicated machinery repair and installation projects, both for Icelandic and foreign owners, but later the land-based industry and the Icelandic power industry became more important factor in the company’s activities. This change in policy lead to contracts with prime companies in the power supply sector, like Orkuveita Reykjavikur, HS Orka, and Landsvirkjun, among others, and Framtak has undertaken and overseen some of the largest and most complicated geothermal power plant projects in Iceland in the recent years. In December 2006 Stalsmidjan bought all shares in Framtak and Framtak-Blossi ehf. and henceforth they worked closely together, with mutual office and workshop facilities in new housing in Gardabaer and a big workshop at Grundartangi. In 2013, Stalsmidjan and Framtak merged as Stalsmidjan – Framtak ehf. and is now one of the biggest company of its type in Iceland, offering a wide range of services and solutions in the machine, shipping and metal industry.
Powdertech Surface Science
Grant in 2017
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.
Co Stamp
Grant in 2017
Co Stamp is a manufacturing company of aluminum and magnesium die casting dies and plastic injection molds for the automotive and industrial applications. Its research and development department works with the aim of lengthening the life of the molds and improving the quality of the pieces produced. The European Community has recognized Co.stamp as an important prize, with regard to the Horizon 2020 program, aimed at promoting the best development projects of the year.
IBG Automation GmbH
Grant in 2017
IBG Automation GmbH is a development partner in the automation of production processes in a wide range of industrial sectors. The IBG / Goeke Technology Group is an innovative development partner for technologies in the automation of production processes in a wide range of industrial sectors. The group designs customized production systems right up to commissioning. The focus here is on innovative robot and automation systems for assembly and testing tasks. The applications developed by IBG are used in almost all areas of industry: automotive, pharmaceuticals, chemicals, nutrition, aerospace, electronics, energy, consumer goods, furniture, telecommunications and many other areas. The service package ranges from development, design, engineering and prototyping through to turnkey systems.
Mazaro NV
Grant in 2017
Mazaro is an automotive engineering company that invented and patented the Reversible Variable Transmission, a new transmission for vehicles, auxiliaries and industrial applications. Its activities concentrate on making the RVT production-ready for specific applications, consisting of the design and calculation of mechanical aspects, physical models and controls software. Mazaro is also engaged in research and testing to evaluate components, transmissions and subsystems.
Herzsprung Drehteile
Grant in 2017
Herzsprung Drehteile manufactures precision parts for all standard and commercially available materials on CNC lathes and machining centers. Sectors include, mechanical engineering, automotive, plants and wind power technology, medical, and more.
Smartpolymer GmbH
Grant in 2017
Smartpolymer offers high tech materials for automotive, aviation and industrial usage. The range of products of smartpolymer GmbH comprises the functional fibers of the Cell Solution® family and a number of specialties, among others, flocked applicators for the cosmetics, medical and dental industry. In addition, smartpolymer support TITK in launching new developments.
VOCA AS
Grant in 2017
VOCA AS is a technology company based in Kristiansand, Norway, specializing in solutions for lifting, logistics, and cargo handling operations. Since its founding in 2006, it has focused on developing the VOCA Engine, a platform that utilizes robot vision and artificial intelligence for various applications in the offshore industry. This platform offers features such as autonomous crane control, remote assistance systems, and digital logistics tools. VOCA AS also provides comprehensive turn-key solutions, incorporating hardware sensors, computing devices, installation, and commissioning services. The company has amassed significant expertise in research and development related to robot vision and machine vision software, enabling effective object detection, navigation, and 3D reconstruction even in challenging environments. VOCA AS operates as a subsidiary of Engedal Invest AS.
Oaktec
Grant in 2017
OakTec is an engineering research specialist with a history of world-leading innovation in low carbon vehicle powertrain technologies, novel combustion engines, and hybrid vehicle energy recovery systems. Founded by Paul Andrews and Bill Meeson in 1999, OakTec is an independent company with a history in the development of novel technologies in the area of low carbon road transport and power generation. OakTec is now solely focused on the development and commercialization of the Pulse-R™ engine innovation.
Vidrasoft
Grant in 2017
Vidrasoft aim to provide software and hardware competencies for system integrators mainly in the field of automotive electronics, automotive mechatronics and automotive informatics. The company is specialized in measurement automation, test automation, HIL/SIL technologies, automotive communication protocols, ECU testing and diagnostics, verification and validation. The company provide customized solutions to the clients with the help of continuous innovation and R&D that is part of the company culture.
Nervtech
Grant in 2017
Nervtech is a high-tech R&D company specializing in vehicle simulator technologies in the fields of biometric and cognitive driver evaluation, machine learning and data integration. Nervtech’s patented 4DOF-motion compact driving simulator offers a real-life driving experience for simulator analytics and driver evaluation and training. The simulation can run on a configuration with three big external screens or with VR headset (Oculus Rift or HTC Vive). It can be easily transported to any location and set-up in a very short time. The simulation platform includes a variety of driving environments, from country side roads, snowy mountains, different highways and complex city centres. Unusual and dangerous behaviour can also be created providing critical and highly demanding driving situations and events. The platform provides also a set of ADAS elements (lane assist, emergency braking, adaptive cruise control, etc.) or fully autonomous driving. The cockpit of the driven vehicle is displayed on the screens and can be changed/modified freely to add new dashboard or IVIS elements (head-up display, dashboard display, different types of lights and indicators). External HW components can also be integrated into the system providing new types of input modalities. The platform includes also a set of physiological and biometrical medical grade sensors for measuring driver’s signals such as HR, GSR, body temperature, pupil diameter, gaze position, etc. Proprietary algorithms for detection of distraction, stress or cognitive workload are also provided. Nervtech’s main R&D goal is to develop techniques and procedures for the transfer of knowledge from human driver to self-driving machine. Consequentially autonomous vehicles will be able more efficiently handle complex and unpredictable driving situations by taking into account also human cognition and intuition-based decision-making.
Quantum Electric
Grant in 2017
Quantum Electric specializes in advanced electric gearbox technology, known as E-Gear, which significantly enhances the performance and efficiency of electric motors and generators. The company has developed a multispeed transmission system that integrates electronic gears within the motor, allowing for high peak power and torque across a broad range of speeds. This innovative approach employs connected phase coils in stator modules to create a built-in speed controller, ensuring that the motor operates at maximum efficiency at all times. By utilizing this technology, Quantum Electric aims to reduce battery energy consumption, particularly in urban driving conditions, and optimize overall power delivery for electric vehicles.
IngeniArs
Grant in 2017
IngeniArs is an Italian SME, spin-off company of the University of Pisa, born in 2014 from the long experience of his co-founders in the area of Electronics and Computer Science advanced research. The goal of IngeniArs is to industrialize and put on the market the considerable results achieved by the co-founders especially in the field of aerospace, telemedicine and automotive. The main focus is the design, development, and commercialization of Electronics Systems, Informatics Systems, and innovative services. IngeniArs is able to cope with cutting-edge technologies in the continuous effort to guarantee high-quality products and services for the final customer. As a spin-off company of the University of Pisa, IngeniArs is continuously encouraging and promoting the technology transfer from the valuable outcome of the advanced research to the market. The ambition of IngeniArs is to provide an answer to the ever-increasing demand for innovation in strategic areas such as aerospace, telemedicine and automotive. This is accomplished by offering highly advanced hardware/software solutions. Thanks to the large experience of his team IngeniArs is able to manage the complete lifecycle of electronics, microelectronics, and embedded systems. IngeniArs has a consolidated network of partners, suppliers, and customers and can offer a wide range of products and services being able to cope with innovative technologies and at the same time answer promptly to the customer requests. The name IngeniArs comes from the smart fusion of two Latin words, Ingenium and Ars, indicating then the very strong correlation between the creativity/art and Engineering skills. The key to success for IngeniArs is indeed the capability of putting together these two skills to create outstanding products and services able to hit the market successfully.
Inclisafe
Grant in 2017
Inclisafe is a digital stabilometer that measures a vehicle dynamic stability 10 times per second. It warns when reducing the stability to hazardous levels. It prevents and helps avoid vehicles and auto equipment overturns. Inclisoft sofware make it a very useful tool to analyse information on driving circumstances as well as drivers and users training periods.
Eureka Group
Grant in 2017
Eureka Group is involved in satisfying customer-specific M2M-communication requirements in the automotive field. It develops and supplies autonomous tracking, communication and sensory solutions for logistics and maintenance applications.
Precision Varionic International
Grant in 2017
PVI designs and manufactures automotive position sensors and throttle pedals for some of the world's most iconic marques. Since 1990, in partnership with Bosch, the company has delivered zero defect sensors to Fiat, Mercedes, Volvo, Volkswagen and Smart. In 2000 it has developed a fully integrated pedal and shipped more than one million pieces annually to Ford in the USA. (Explorer, Mustang, Lincoln Town Car, Taurus, Expedition). In addition PVI supplied to Hyundai for the Sonata and Santa Fe. For General Motors, we delivered two model ranges for the Australian Holden subsidiary. In Europe Mclaren and Aston Martin are important customers as are SAIC in Shanghai. Today several new vehicle platforms are approaching PPAP stage.
SAT4M2M
Grant in 2017
Sat4m2m develops a forefront IoT platform at the convergence of Space IoT and LPWA devices for disruptive and interoperable services for Industrial IoT. SAT4M2M's satellite communication network enables a worldwide IoT monitoring of fixed and moving assets in many verticals including transportation (like railways with secure, low-power sensors), energy, agriculture, infrastructure and industry 4.0. SAT4M2M's vision is to provide the preferred global backbone for all machine-2-machine communications.
Teklab
Grant in 2017
Teklab, specialists in liquid level sensors and controllers, have a wide range of liquid level sensors based on digital technology in their portfolio in order to meet the growing market demand. All the liquid level sensors are low cost, high technology products and have undergone stringent quality control tests. They are programmable by microcontroller and their body material is compatible with most common chemical agents, food, beverage, oils and fuel. These electro optic systems liquid level sensors are designed to match the specific needs of demanding customers in every field. Some of the typical applications where these systems are used include medical, food & beverage, pharmaceutical, petrochemicals, heavy duty automobiles, hydraulic reservoirs, machine tools, home appliances, vending machines etc. Apart from traditional sensors based on pressure, floatation, conductivity etc, Teklab offers a wide range of IR liquid level sensors based on infra red emission technology. These liquid level sensors have the advantages of small size, reliability, no moving parts, long life, efficacy and economy. These tiny units are ideal for point level sensing applications where dependability and economy are important. The liquid level sensors are suitable for high, intermediate as well as low level detection. They are easy to install and can be tank top, side or bottom fitted. Being solid state switching they are rugged and highly dependable over the entire life of the sensor, having no moving parts.
Monolithos
Venture Round in 2017
Monolithos manufactures and recycles automotive catalysts and diesel particulate filters (DPFs). MONOLITHOS has a fifteen year experience in gathering and pre-processing of spent catalytic converters. Nowadays, MONOLITHOS possesses a cost-effective logistics optimized collection network covering the whole Greek territory, islands included. For the purposes of pre-processing the automotive spent catalytic converters, after their storing and sorting (ceramic - metallic), MONOLITHOS acquired a de-canning facility with capability of treating 40.000 converters per year. MONOLITHOS also manufactures new Direct-fit Automotive Catalysts for all vehicle makes and models for the Aftermarket. The Direct-fit catalytic converters use either ceramic honeycomb or high flow metallic substrate and are available with 2 years or 80.000 warranty and EU homologation.
Magom S.L.
Grant in 2017
MAGOM is one of the leading companies in the development and manufacture of rubber, rubber-metal and silicone components for the automotive, home appliance, food, sanitary, electrical and general industry sectors, specializing in the development and manufacture of rubber components, rubber-metal and silicone. For more than 40 years MAGOM has established itself as a flexible and competitive company capable of taking on the challenges demanded by the sector. In our facilities of more than 1,500 m², MAGOM has the most advanced development, production and control equipment with the capacity to manufacture products approved by the most important brands. Our human team has extensive experience and is the main asset of the company, focused on satisfying the demands of its customers. The products, high performance components in rubber and rubber-metal, require high levels of experience and knowledge to guarantee their quality. The rigorous selection of our suppliers, the controls of raw materials and final products, allow MAGOM to tackle projects with full guarantee. MAGOM has a wide and recognized international trajectory in the development and manufacture of molded parts of rubber and rubber-metal, thanks to the technology and the constant investment in innovation and control of our products.
OLCI Engineering
Grant in 2017
O.L.C.I. Engineering designs, constructs, and markets industrial engineering products and services. The company offers robotic welding systems for car manufacturing, robotic roller hemming systems for vehicle manufacturing, industrial robotic appliances, and control devices for machinery manufactures. O.L.C.I. Engineering S.r.l. was founded in 2006 and is headquartered in Rivalta, Italy. As per the transaction announced on October 2, 2017, O.L.C.I. Engineering operates as a subsidiary of Anhui EFORT Intelligent Equipment Co., Ltd.
AutoAid
Grant in 2017
AutoAid is a software as a service (SaaS) company specializing in automotive diagnostics for various devices, including smartphones, tablets, and PCs. Founded in September 2008, the company developed the autoaid Internet Diagnose+ (aID+), which launched in April 2013. This diagnostic software has gained global traction and is widely adopted in repair shops across multiple countries, including Germany, the USA, and Canada. The aID+ system offers real-time calculations of automotive issues and helps facilitate efficient communication between drivers and mechanics. It provides essential features such as predictive maintenance and smart mobility solutions, aiming to reduce repair times and enhance the diagnostic process. Currently, the system supports diagnostics for twelve car brands, leveraging a comprehensive database to deliver accurate and timely information to its users.
Fratelli Delvecchio
Grant in 2017
Fratelli Delvecchio provides services both in the sale of spare parts and in demolition of vehicles. The Autodemolizione F.lli Delvecchio was founded in 1963 by Delvecchio Ruggiero under the name "Demolizioni Delvecchio".
Freitec Kunststoffe GmbH
Grant in 2017
Freitec Kunststoffe is a plastic manufacturing company in Germany, with high efficiency and accuracy, complex construction parts or lightweight functional panels are manufactured in this manufacturing process . It also manufactures vibration dampers for industrial and automotive.
Kolberg Caspary Lautom
Grant in 2017
Kolberg Caspary Lautom AS (KCL) is one of the country's leading importers in several industries and markets. The company operates in two main divisions: Automotive and Industry. The company imports, markets and distributes car equipment and car parts, car and boat comfort, hand tools, industrial tools, lubrication and workshop equipment, construction products, hydraulic components and tailor made hydraulic applications. Product portfolios consist of worldwide brands. In addition to offering a range of quality products for various purposes, the company also has skilled employees who possess the necessary knowledge about them. This is to offer customers the best possible service, both before and after a trade. KCL has over 50 years of experience as a supplier of complete hydraulic power supplies and is one of the market's most complete component suppliers. The company's experts possess high professional knowledge and long experience, and have the widest range in the market, as well as offering tailor-made application levels. KCL was established in 1906, with over 100 years of business traditions.
GIF Entwicklungsgesellschaft
Grant in 2016
GIF-Entwicklungsgesellschaft mbH ("GIF-E") strives to introduce innovative developments into the market and into series production for protected patents of the vehicle powertrain. Current developments include the Axial Piston Engine, the Cone-Ring-Transmission, and a new Dry Torsion Damper. The company has a long tradition under the former name Romot GmbH, that was founded in 1973. In the year 2014, the name was changed in GIF-Entwicklungsgesellschaft and the registered office was transferred from Düren to the city of Alsdorf. The founders and employees of GIF-E have extensive experience as senior engineers in the automotive industry and decades of university expertise at the RWTH Aachen. In addition to the contracted developments of Axial Piston Engine, Cone-Ring-Transmission, and Dry Torsion Damper, GIF-E also manages the further development of this products. The Cone-Ring-Transmission is currently being launched into production for the Chinese market at a GIF-E partner site. These innovative technologies achieve significant improvements in efficiency and therefore help to reduce fuel consumption and pollution.
GoOpti
Grant in 2016
GoOpti is a Slovenian transport service company that specializes in providing low-cost shuttle services to airports and cities across Slovenia, Italy, Austria, Croatia, and Germany. The company employs a unique model that pairs passengers with similar travel time constraints in shared vehicles, thus offering affordable transportation options. With its notable door-to-door transfer service, marketed under the tagline "Airport at your doorstep," GoOpti has successfully transported over 700,000 passengers. Additionally, the company is focused on expanding its operations internationally, further enhancing its presence in the transportation marketplace. GoOpti's platform also connects travelers with various shuttle and bus vendors, facilitating private transport between airports and remote locations.
Arquimea Ingeniera
Grant in 2016
ARQUIMEA develops electronic, microelectronic, and electro-mechanic systems and components, including smart actuators and mechanisms, sensing systems, integrated circuits (IC) and robotic parts. ARQUIMEA’s products and technologies are suitable for those markets and sectors demanding innovation, quality, high performance and reliability, such as Aerospace, Defence & Security, Industry, Automotive, Medical or Agroindustry. ARQUIMEA is committed to offer its clients products adapted to their needs and expert technical advice, with the goal of collaborating in the progress and development of the society in which we live. Production processes at ARQUIMEA are developed following the strictest and most exhaustive international quality regulations.
Arquimea Ingeniera
Grant in 2016
ARQUIMEA develops electronic, microelectronic, and electro-mechanic systems and components, including smart actuators and mechanisms, sensing systems, integrated circuits (IC) and robotic parts. ARQUIMEA’s products and technologies are suitable for those markets and sectors demanding innovation, quality, high performance and reliability, such as Aerospace, Defence & Security, Industry, Automotive, Medical or Agroindustry. ARQUIMEA is committed to offer its clients products adapted to their needs and expert technical advice, with the goal of collaborating in the progress and development of the society in which we live. Production processes at ARQUIMEA are developed following the strictest and most exhaustive international quality regulations.
EICAS Automazione
Grant in 2016
EICAS Automazione is a small-size high-tech Italian engineering company located in Torino. The core of EICAS background concerns dynamic system modeling, simulation and control, signal theory and applied mathematics. The main activity areas include space, automotive, and industrial automation. They deal with automatic digital control design, numerical data, signals and images elaboration with development of special digital sensors, development of software tools for automatic control design and rapid control prototyping, development of sophisticated techniques for safety, FDIR and dependability, vehicle control, spacecraft attitude determination and control, handling of flexible materials, discrete manufacturing automation.
KW Special Projects
Grant in 2016
KW Special Projects operates within the high performance engineering sector – designing, manufacturing and supplying complete solutions. Founded by Kieron Salter, (founder and MD of KW Motorsport Ltd), KWSP provides services to meet the rapid growth in demand for a non-conventional approach to the integration of new processes and technologies into high performance engineering and manufacturing. Guided by the principles of motorsport, the need for speed, efficiency and precision through the use of technology, materials and processes, KWSP takes a disruptive approach to a clients’ creative ideas - facilitating the transfer of knowledge from one sector to another. Based in Brackley adjacent to F1 team Mercedes AMG Petronas’s facilities, KWSP is at the heart of the UK’s thriving “Motorsport Valley” and part of a concentration of over 1000 companies in Northamptonshire that form the “High Performance Technologies Cluster”. With 6000 sq ft of office and R&D workshop space, Unit 6 has the ability to facilitate large projects including design engineering, on-site assembly, testing, R&D and commissioning. KWSP’s team are qualified post-graduate engineers. Our expertise is in exploiting the transferable nature of high performance technology from one sector to another. It works in the areas of Medical and Healthcare, Automotive, Food Manufacturing, Industrial Inkjet, Food Processing Industries, FMCG, Converting Industries and Associated Manufacturing.
Exoès
Grant in 2016
Exoès is a leading company in the field of CO2 and fuel reduction for transportation, utilizing its patented Rankine technology. The company focuses on designing, developing, and testing thermal management systems that convert waste heat from exhaust gases into electricity. This innovative approach applies to various vehicle types, including automobiles, heavyweights, and buses. By effectively recovering and converting exhaust gas losses into usable energy, Exoès enables companies to significantly reduce fuel consumption and carbon dioxide emissions, contributing to a more sustainable transportation sector.
Largoiko
Grant in 2016
Largoiko is a mechatronic engineering company that since 1999 has been dedicated to the automation of industrial processes and the manufacture of special or customized machinery. It is comprised of a multidisciplinary team with experience in all areas of project development: mechanical and electrical design, manufacturing (with our own machining workshop), programming, assembly and commissioning. This allows them to quickly and flexibly respond to the needs of the customer. The company works in the sectors that require automation to improve production, enhance quality and reduce costs: automotive, household appliances, electrical devices, food, renewable energy, graphic arts, etc. Largoiko provides the involvement and commitment necessary for our customers to continue trusting them and collaborating in future projects.
SpinControl Gearing
Grant in 2016
SpinControl Gearing ("SpinCo") is based in Florida, USA and the High-Tech area of the Netherlands which is known worldwide as the Brainport region. SpinCo has developed, tested and patented a new energy-saving gear technology that has high growth potential and will improve the performance of many products. Potential applications include; industrial equipment, motor vehicles, marine, aerospace and more. Saving energy and reducing emissions are critical global objectives. SpinCo's "Green Gear Technology™" offers long-term environmental and economic advantages by reducing energy consumption in many different types of mechanical systems regardless of power-source or fuel type.
Blue Ocean Robotics
Grant in 2016
Blue Ocean Robotics is a company focused on the development, commercialization, and integration of professional service robots across various industries, including healthcare, hospitality, construction, and agriculture. By investing in a diverse portfolio of robotic projects, the company incubates and leads initiatives to create innovative robotic products. These robots serve a wide range of applications, from production to offshore environments, and are supported by design, concept development, and maintenance services. Once the robots are ready for market, Blue Ocean Robotics either sells, licenses, or spins out the intellectual property and assets to new subsidiaries or existing companies. Even after these transactions, the company maintains a strategic partnership with its affiliates, facilitating synergies and supporting the commercialization and international sales of next-generation robotic technologies.
reTyre
Grant in 2016
reTyre is an innovative tyre manufacturer recognized for its commitment to sustainability and cutting-edge technology. The company has developed a modular tyre system featuring a zip-on technology that allows users to customize the tread of their tyres based on specific conditions, such as trail, off-road, or winter environments. This versatile system can be utilized across various applications, including wheelchairs, strollers, scooters, and motorcycles. By integrating advancements from multiple industries, reTyre not only sets new standards in tyre performance and user experience but also significantly reduces emissions compared to traditional rubber tyres. The company's scalable production methods further enhance its ability to meet market demands while minimizing environmental impact.
Eco ice Kälte GmbH
Grant in 2016
Eco ice is supplying cost-effective and environmentally friendly refrigeration solutions for a variety of cooling applications. In addition to the use of waste heat for cooling through the innovative absorption refrigerator (AKM), Eco also exploits the available LNG temperature level by "recycling the coldness" at -40 to -50 ° C (regasification). In addition to savings in electricity costs, the use of the future-oriented solutions from Eco ice also achieves a drastic reduction in CO2 emissions, making large amounts of the coldness contained in the LNG useful. Founded in 2013, the company is headquartered in Borna, Sachsen.
Mobiag
Grant in 2016
Mobiag specializes in developing and marketing operations management software tailored for carsharing companies, offering its services on a full Software as a Service (SaaS) basis. The company provides a platform that empowers shared mobility businesses by facilitating the booking of car rides, car rentals, and scooter-sharing services through a mobile application. By creating and managing carsharing operator networks, Mobiag aims to enhance the quality of car-sharing services available to users, leveraging both technology and expertise to support the growth of the shared mobility sector.
Neander Motors AG
Grant in 2016
Neander technology is based on the latest knowledge from all essential areas of modern internal combustion engines. A central feature of the Neander motor design is a double crankshaft. The design principle enables a powerful, efficient, light and compact engine design as well as an almost vibration-free running. With this, the Neander concept fulfills all the requirements for a highly efficient diesel engine, small in size and with just 2 cylinders. The Neander diesel outboard motor was specially designed to fulfill the requirements for commercial applications.
IBG Automation GmbH
Grant in 2016
IBG Automation GmbH is a development partner in the automation of production processes in a wide range of industrial sectors. The IBG / Goeke Technology Group is an innovative development partner for technologies in the automation of production processes in a wide range of industrial sectors. The group designs customized production systems right up to commissioning. The focus here is on innovative robot and automation systems for assembly and testing tasks. The applications developed by IBG are used in almost all areas of industry: automotive, pharmaceuticals, chemicals, nutrition, aerospace, electronics, energy, consumer goods, furniture, telecommunications and many other areas. The service package ranges from development, design, engineering and prototyping through to turnkey systems.
Keronite
Grant in 2016
Keronite International Ltd. is a technology company based in Haverhill, United Kingdom, specializing in advanced surface treatments for lightweight alloys. Founded in 2000, Keronite has developed a unique plasma electrolytic oxidation (PEO) technology that enhances the performance characteristics of titanium, aluminum, and magnesium components in demanding environments. The company provides corrosion protection coatings and wear-resistant products for a diverse range of applications, including aerospace, automotive, marine defense, oil and gas, industrial machinery, and consumer electronics. Keronite's innovative coatings serve critical functions in various industries, making it a trusted partner for global leaders in sectors such as motorsport and undersea exploration. Its environmentally-friendly processes position Keronite as a key player in the advanced materials market.
CIMA 1915 SRL
Grant in 2016
CIMA focuses on the production and design of motor wheels and electric motors. It was founded in 1915 and was taken over by Giovanni Pomati at the end of the great war. The social object was the construction of the ignition magnets of the trucks used during the conflict.
ACTISA
Grant in 2016
ACTISA provides an advanced profile of technical consulting in civil engineering and architecture adapted to the new demands of society. ACTISA carries out tasks of technical assistance to public bodies and private companies that involve the application of new technologies or techniques, or allow the generation of new lines of research, innovation and development. In addition to consulting services, the company develops two lines of business with a highly technological component: artificial intelligence software applied to civil engineering, and modular construction line designated as "discontinuous structures and pavements". In addition, the company has specialized in the design and construction of charging stations for electric vehicles.
Silent Sensors
Grant in 2016
Silent Sensors is an innovative IOT (Internet of Things) company with a focus on tyres and tyre management. We have a number of exciting opportunities covering holistic tyre lifecycle management, in particular the development of RFID tagging, sensors and energy harvesting, all of which significantly reduce the total cost of operations of a fleet of vehicles, whether they be construction equipment, trucks, busses or cars.
Optin
Grant in 2016
Optin Kft. is an information-technology research and development company that focuses on the development of innovative technologies for logistics, vehicle security, and traffic management.
Elaphe
Grant in 2016
Elaphe specializes in the development and manufacturing of in-wheel electric motor technology for electric and hybrid vehicles. This innovative approach enables vehicle manufacturers to explore new design possibilities and address evolving mobility needs. By focusing on distributed direct drive architecture, Elaphe aims to enhance efficiency and reduce environmental impact, potentially saving millions of tons of raw materials, energy, and carbon emissions annually. The company has successfully produced multiple generations of in-wheel motor prototypes, which are currently undergoing testing on various vehicles, serving as showcases for potential customers. Elaphe is also positioned to meet the demands of serial production for Tier 1 suppliers and original equipment manufacturers. In addition to its core technology, Elaphe has extensive expertise in renewable energy and electric mobility, bolstered by strategic research collaborations that have facilitated networking within the industry.
Nedra
Grant in 2016
The concept is to create a family of novel, lightweight EVs, through an EU based organization coordinating design, manufacture, supply and support service infrastructure, targeted at producing zero-emission city mobility for co-ordinated hire schemes, transportation networks, taxi or private individual transport. EC policy demands sustainable urban mobility, specifically within the growing carshare and city hire market. Nedra has been formed specifically to capitalize on these emerging opportunities through an Electric Vehicle (EV) platform where Product Specification and New Product Development processes are optimized to match exactly the market needs and the mantra “just enough” is applied. The Nedra product range features a combination of lightweight, low cost, longer range and rapid charge platform that is not currently met by any single existing product.
Ontech
Grant in 2016
Ontech Group is a leader in Controlled Electromagnetic Field (CEMF) sensing technology, which transforms the way humans interact with machines and technology. With a global presence that includes offices and research and development centers, Ontech specializes in near-field detection, providing innovative solutions across various industries such as health technology, automotive, and consumer devices. The company's proprietary CEMF sensors, protected by over 100 international patents, enhance safety and functionality while promoting energy efficiency. Ontech's technology is applicable in diverse areas, including home security and industrial safety, enabling clients to optimize the protection of individuals and assets in both domestic and industrial settings.
CEMCO
Grant in 2016
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.
E-Rescue
Grant in 2016
E-RESCUE is a rescue system integrated in the vehicles’ seats. In case of accident, first immobilizes each occupant to the back of the seat and then it allows to unpin seats and extract them from the vehicle as safely and quickly as possible.
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