EIC Accelerator

Delft Circuits manufactures specialized hardware for quantum engineers and industries. They offer in-house cleanroom fabrication, cryogenic high-frequency laboratories, and expertise in microwave design, engineering, and superconducting materials to enable customers to achieve scalable, high-performance Input/Output (I/O) solutions.

Hummink is a company specializing in additive manufacturing technology, focusing on nano-printing solutions that enable precise design and manufacturing at the nanoscale. Founded in 2020 in Paris by Amin M'barki, Pascal Boncenne, Lydéric Bocquet, Alessandro Siria, and Antoine Nigues, Hummink utilizes a patented technology that integrates a nanometric pen with an oscillating microresonator. This innovative approach allows for the capillary deposition of various liquids, equipping clients in the semiconductor and molecular diagnostic industries with the capability to create large objects while maintaining exceptional resolution and precision on substrates ranging from millimetric to centimetric scales.

Hummink is a company specializing in additive manufacturing technology, focusing on nano-printing solutions that enable precise design and manufacturing at the nanoscale. Founded in 2020 in Paris by Amin M'barki, Pascal Boncenne, Lydéric Bocquet, Alessandro Siria, and Antoine Nigues, Hummink utilizes a patented technology that integrates a nanometric pen with an oscillating microresonator. This innovative approach allows for the capillary deposition of various liquids, equipping clients in the semiconductor and molecular diagnostic industries with the capability to create large objects while maintaining exceptional resolution and precision on substrates ranging from millimetric to centimetric scales.

Delft Circuits manufactures specialized hardware for quantum engineers and industries. They offer in-house cleanroom fabrication, cryogenic high-frequency laboratories, and expertise in microwave design, engineering, and superconducting materials to enable customers to achieve scalable, high-performance Input/Output (I/O) solutions.

CarbonX B.V., based in Amsterdam, the Netherlands, specializes in the manufacture of carbon networks and the development of innovative materials. The company focuses on creating advanced products tailored for various industries, including elastomers, automotive and aerospace thermoplastics, construction, energy, and sports and leisure thermosets. By supplying these new materials, CarbonX aims to contribute to the design and production of the next generation of high-performance materials across multiple sectors.

CarbonX B.V., based in Amsterdam, the Netherlands, specializes in the manufacture of carbon networks and the development of innovative materials. The company focuses on creating advanced products tailored for various industries, including elastomers, automotive and aerospace thermoplastics, construction, energy, and sports and leisure thermosets. By supplying these new materials, CarbonX aims to contribute to the design and production of the next generation of high-performance materials across multiple sectors.

ioTech specializes in advanced multi-material additive manufacturing technology, focusing on the semiconductor packaging and assembly sectors. The company has developed a system capable of efficiently processing a wide range of industry-certified materials, including polymers, metals, ceramics, solder, epoxy, and silicone. This innovative approach enhances miniaturization and sustainability in electronics, facilitating the production of intricate designs that were previously unattainable. By utilizing standard industrial materials and ensuring precise control over the deposition process, ioTech achieves high production yields while maintaining quality and resolution comparable to traditional manufacturing techniques. The technology not only promotes eco-friendly alternatives to conventional methods but also supports the re-shoring of semiconductor packaging, addressing both productivity and environmental concerns in the industry.

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

Hyperion Robotics specializes in the automated and sustainable production of low-carbon concrete structures for the construction industry. The company employs industrial robots along with proprietary hardware and software to create optimized and reinforced concrete solutions. By focusing on sectors such as energy, water utilities, and infrastructure, Hyperion Robotics aims to enhance the efficiency and sustainability of construction projects. Their innovative approach not only streamlines the construction process but also addresses the growing demand for environmentally responsible building practices.

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

ioTech specializes in advanced multi-material additive manufacturing technology, focusing on the semiconductor packaging and assembly sectors. The company has developed a system capable of efficiently processing a wide range of industry-certified materials, including polymers, metals, ceramics, solder, epoxy, and silicone. This innovative approach enhances miniaturization and sustainability in electronics, facilitating the production of intricate designs that were previously unattainable. By utilizing standard industrial materials and ensuring precise control over the deposition process, ioTech achieves high production yields while maintaining quality and resolution comparable to traditional manufacturing techniques. The technology not only promotes eco-friendly alternatives to conventional methods but also supports the re-shoring of semiconductor packaging, addressing both productivity and environmental concerns in the industry.

Qfluidics specializes in liquid tube technology, focusing on the development of on-demand continuous flow solutions. The company creates custom flow reactors and processes designed to address challenging flow chemistry applications, particularly those involving viscous slurries that traditional reactors cannot accommodate. By utilizing a non-clogging technology and efficient solid management strategies, Qfluidics enables clients to successfully navigate complex chemical processes that would otherwise be difficult to implement.

Moi Composites is an innovative tech start-up based in Milan, Italy, specializing in the 3D printing of custom products using advanced composite materials. Founded as a spinoff from Politecnico di Milano University, Moi has developed a patented continuous fiber manufacturing process that utilizes robotic arms to produce strong, lightweight objects in unique shapes and sizes without the constraints of traditional manufacturing methods. One of its notable achievements includes the creation of the MAMBO, a 6.5-meter boat made from continuous thermoset fiberglass, marking a significant milestone in additive manufacturing. Moi Composites serves various industries, including medical, marine, oil and gas, aerospace, and energy, providing tailored solutions that streamline the design and production process. The company has received multiple accolades for its technological advancements, positioning itself at the forefront of the composite manufacturing sector.

D-CRBN is a climate technology company specializing in transforming captured carbon dioxide into sustainable raw materials. Its proprietary platform converts carbon dioxide into circular carbon monoxide, serving as a feedstock for chemicals, polymers, or e-fuels production.

SUBRA A/S focuses on innovation, industrial-scale production, and creating a sustainable impact.

Wave Photonics is a company based in Cambridge, UK, focused on enhancing the design and integration of integrated photonics products. It develops a platform that utilizes computational techniques to optimize product designs and streamline the supply chain. This platform offers a software tool that predicts the performance and variability of components based on specific fabrication processes, along with an optimizer to create a library of foundry-specific components. By facilitating the development and mass production of integrated photonics technologies, Wave Photonics aims to improve efficiency and reduce redundancy for businesses in the sector.

Morphotonics specializes in developing and applying nano- and micro-imprint structures directly onto large rigid and flexible surfaces. They offer roll-to-plate nanoimprinting services, along with equipment, materials, stamps, and samples to facilitate the production of advanced materials and devices.

LignEasy is a company that specializes in innovative lignin separation technology specifically designed for kraft pulp mills. Its proprietary system offers a low-impact, sulfuric acid-free solution for lignin recovery, allowing pulp mills to efficiently recover this valuable byproduct. By integrating seamlessly into existing operations, LignEasy's technology does not disrupt the chemical balance or productivity of the mills, thus enhancing resource efficiency and promoting sustainability in the pulp production process.

HPCC System srl is a cutting-edge technology capable of performing milling operations turning complex profiles using machines with Y-axis control and counter spindles and driven tools.

Naco Technologies Ltd is a manufacturer and supplier of advanced nano-coating technologies, specializing in high-performance coatings for various industries including tooling, automotive, aerospace, and microchip production. Founded in 2009 and headquartered in Riga, Latvia, Naco develops multilayer and multicomponent coatings that enhance equipment performance by providing oil-enhanced, wear-protective, thermal barrier, and liquid-repellent properties. The company plays a significant role in the hydrogen sector by creating specialized coatings for Green Hydrogen systems, such as electrolyzers and fuel cells, which improve the reliability of these systems while minimizing the use of costly and scarce materials. In 2015, Naco Technologies was acquired by the Schaeffler Group, a Germany-based company, further strengthening its capabilities and market reach.

Promethean Particles designs, develops, and manufactures inorganic nanoparticle dispersions for industrial applications, offering tailor-made solutions based on customer specifications. The company employs continuous hydrothermal synthesis to produce optimized dispersions and operates a multi-ton scale manufacturing capability of more than 1,000 tons per year. It serves sectors including printed electronics, nanocomposites, catalysts, metal-organic frameworks, healthcare, and green energy, and provides feasibility studies to tailor solutions to specific requirements. Founded in 2007 and based in Nottingham, United Kingdom, Promethean Particles combines proprietary processes with flexible, bespoke production to meet diverse industrial needs.