Photon IP is a deeptech startup located in Eindhoven, the Netherlands, focused on developing advanced technologies for photonics applications. The company specializes in application-specific semiconductors that cater to various sectors, including wearable electronics and data centers. By providing innovative solutions, Photon IP supports clients in industries such as automotive and telecommunications, aiming to enhance the functionality and efficiency of their products.
CarbonX B.V., based in Amsterdam, the Netherlands, specializes in the manufacturing of carbon networks. The company's innovative products are utilized across various industries, including elastomers, automotive and aerospace thermoplastics, construction, energy, and sports and leisure thermosets. By developing and supplying advanced materials, CarbonX aims to contribute to the evolution of next-generation materials that meet the demands of modern applications.
Battolyser Systems, founded in 2018 by Dr. Fokko Mulder and Kees Koolen, develops and commercializes innovative battolyser technology, which integrates a battery and electrolyzer. This dual-purpose energy storage solution allows for the storage of electricity and the production of green hydrogen from renewable energy sources. Led by CEO Mattijs Slee, the company boasts a patented technology that offers the lowest production costs for green hydrogen in the market, without relying on scarce materials. Battolyser Systems aims to support the transition to renewable energy by providing efficient solutions for energy storage and hydrogen production, addressing the growing demand for sustainable energy sources.
Carbyon is a Netherlands-based company specializing in direct air capture (DAC) technologies that filter carbon dioxide (CO2) from ambient air. Its innovative "fast-swing" technology purifies CO2, making it suitable for various applications, including the production of kerosene for aircraft. By enabling the fossil fuel industry to repurpose existing storage and transportation infrastructure for renewable hydrocarbons, Carbyon supports the transition from fossil hydrocarbons to alternative energy carriers, such as batteries and hydrogen. This approach not only aids in reducing greenhouse gas emissions but also facilitates significant transformations in energy systems and transportation networks.
Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems tailored for advanced integrated circuit metrology. The company’s technology employs atomic-scale probes to scan and analyze the surfaces of semiconductor samples, facilitating atomic-scale resolution during the fabrication process. This innovative approach enhances process control in semiconductor manufacturing, leading to improved production yields and functionality of microchips. By supporting the advancement of smaller and more efficient electronic devices, Nearfield Instruments plays a crucial role in the evolution of the semiconductor industry.
Axelera AI focuses on providing specialized hardware and software platforms to enhance artificial intelligence tasks, particularly in edge computing. Its primary product, the Metis™ AI Platform, combines hardware and software to offer high-performance, energy-efficient AI inference solutions. The platform's innovative design has earned recognition as a CES® 2024 Innovation Awards Honoree. Established in 2021 after incubation by Bitfury and collaboration with imec, Axelera AI is headquartered in the AI Innovation Center at the High Tech Campus in Eindhoven, with research and development offices in Belgium, Switzerland, and Italy. The company's team comprises experts in AI from leading firms and Fortune 500 companies, focusing on delivering sustainable edge applications through a custom dataflow architecture and multicore in-memory computing that minimizes power consumption.
VitalFluid is a young innovative company specialised in Plasma Activated Water (PAW), engineering & design of PAW-equipment and application. Plasma Activated Water is produced by making use of water, air and electricity. Ambient air is brought into the plasma phase with electrical energy and plasma activated air is brought into contact with water. Reactive oxygen and nitrogen are dissolved into the water creating Plasma Activated Water. The process of treating water with plasma is copied out of nature. When lightning strikes during a thunderstorm, rain and water are treated with plasma. It is one of nature's ways to fixate nitrogen in the form of nitrate, the most important fertilizer for plants and crops.
EFFECT Photonics is a technology company specializing in the development of integrated systems for optical communication, aimed at enhancing interconnectivity and addressing the growing demand for sustainable bandwidth solutions. Headquartered in Eindhoven, The Netherlands, with additional offices in the UK, the US, and Taiwan, the company employs over 240 professionals dedicated to making photonic technology more compact, affordable, and accessible. By leveraging advanced chip technology and proprietary digital signal processing, EFFECT Photonics offers cost-efficient and low-power solutions that cater to the telecommunications, datacom, and emerging industries. Its innovative approach focuses on providing scalable manufacturing capabilities and enhancing the efficiency of communication networks, particularly in areas like 5G and coherent optical solutions for hyperscalers. By breaking down traditional barriers of complexity and cost, EFFECT Photonics aims to revolutionize industries where photonic technology can play a transformative role.
CarbonX B.V., based in Amsterdam, the Netherlands, specializes in the manufacturing of carbon networks. The company's innovative products are utilized across various industries, including elastomers, automotive and aerospace thermoplastics, construction, energy, and sports and leisure thermosets. By developing and supplying advanced materials, CarbonX aims to contribute to the evolution of next-generation materials that meet the demands of modern applications.
Protealis specializes in developing advanced seeds and seed technologies for legume crops, focusing on enhancing their adaptability to the European environment. The company aims to become a leading provider of germplasm for sustainable plant proteins, leveraging innovative breeding techniques and nitrogen fixation. By utilizing proprietary seed coatings and advanced breeding technologies, Protealis seeks to maximize the potential of legume crops. This approach not only helps farmers address protein deficits but also supports local sourcing for the increasing demand from producers of meat and milk alternatives.
Onera Health, Inc. specializes in providing innovative sleep diagnostic solutions and services aimed at identifying sleep disorders such as insomnia, sleep apnea, and narcolepsy. Founded in 2017 and headquartered in Palo Alto, California, with a research and development office in Eindhoven, the Netherlands, Onera Health has developed advanced sleep diagnostic patch systems that collect and analyze sleep data. These systems not only enhance the diagnosis of sleep-related ailments but also have potential applications in monitoring various chronic health conditions. By delivering comprehensive sleep test data to healthcare providers, Onera Health aims to improve patient care and reduce healthcare costs, ultimately enhancing the health and quality of life for individuals globally.
MantiSpectra specializes in advanced spectroscopy technology, having developed the ChipSenseTM Spectral Sensors on a Chip, which serve as compact and cost-effective alternatives to traditional spectrometers. These sensors facilitate efficient material analysis in various settings, including agriculture, recycling, and real-time process analytics. The company's innovative platform utilizes artificial intelligence to deliver accurate and rapid assessments of material composition, making it suitable for applications such as identifying plastics and fibers in recycling facilities and enhancing consumer devices with real-time data. MantiSpectra's sensors can be deployed as portable scanners, standalone IoT devices, or integrated into larger systems, offering scalable solutions for diverse industries.
Microsure is a medical device company based in Eindhoven, The Netherlands, founded in 2014. It specializes in developing innovative solutions for microsurgery, a field that operates at the limits of physical capabilities. The company's flagship product is a motion stabilizer system designed specifically for microsurgeons, which enhances surgical precision by filtering out tremors and providing exceptional control during procedures. This technology allows for hybrid microsurgical procedures that enable surgeons to utilize their own instruments, thereby reducing costs for hospitals. The Microsure motion stabilizer has demonstrated its effectiveness in clinical trials, including successful operations for lymphedema. By improving the quality of microsurgical procedures, the company aims to expand treatment options for patients and facilitate the development of new, highly accurate surgical techniques.
BEEoled specializes in advanced OLED technology, focusing on the development of blue elementary emitters. The company utilizes a unique approach by designing organic light-emitting diodes around a single atom, allowing for the creation of various colors through the mixing of three primary colors. This innovative technology enhances the efficiency, brightness, and operational stability of OLED displays while reducing overall production costs due to a simpler device structure. BEEoled's advancements enable manufacturers to produce high-quality displays for smartphones, screens, and televisions, contributing to the evolution of display technology in the consumer electronics market.
SMART Photonics offers a versatile production and development portfolio. First of all, easy access via Multi-Project Wafer runs enables low-cost and fast prototyping for photonic integrated circuits. Secondly we offer engineering of the process to create the customer product with customer specifications. Production development services are offered for volume production of customer products.
Aphea.Bio focuses on developing innovative agricultural products aimed at enhancing crop health and yields. The company specializes in creating next-generation biopesticides derived from natural microorganisms, which serve as sustainable alternatives to traditional chemical pesticides facing regulatory challenges. Additionally, Aphea.Bio produces biostimulants that promote crop growth by enhancing nutrient uptake from the soil. Utilizing proprietary technologies, the company is dedicated to discovering new biocontrol and biostimulant products that help farmers sustainably manage fungal diseases, pests, and weeds, ultimately improving crop productivity and environmental health.
Aito specializes in developing advanced touch interface technology that enhances user interaction through tactile feedback. The company focuses on patented Piezo Sensing and Haptics technology, which enables the detection of finger positions on user interfaces. Aito's solutions include configurable integrated circuits that facilitate the creation of physical user interfaces, such as buttons, touchpads, and touch screens. This innovation allows consumer electronics brands to improve their products, including smartphones and car infotainment systems, by providing a more engaging and differentiated user experience in a competitive marketplace.
Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems tailored for advanced integrated circuit metrology. The company’s technology employs atomic-scale probes to scan and analyze the surfaces of semiconductor samples, facilitating atomic-scale resolution during the fabrication process. This innovative approach enhances process control in semiconductor manufacturing, leading to improved production yields and functionality of microchips. By supporting the advancement of smaller and more efficient electronic devices, Nearfield Instruments plays a crucial role in the evolution of the semiconductor industry.
Axelera AI focuses on providing specialized hardware and software platforms to enhance artificial intelligence tasks, particularly in edge computing. Its primary product, the Metis™ AI Platform, combines hardware and software to offer high-performance, energy-efficient AI inference solutions. The platform's innovative design has earned recognition as a CES® 2024 Innovation Awards Honoree. Established in 2021 after incubation by Bitfury and collaboration with imec, Axelera AI is headquartered in the AI Innovation Center at the High Tech Campus in Eindhoven, with research and development offices in Belgium, Switzerland, and Italy. The company's team comprises experts in AI from leading firms and Fortune 500 companies, focusing on delivering sustainable edge applications through a custom dataflow architecture and multicore in-memory computing that minimizes power consumption.
EFFECT Photonics is a technology company specializing in the development of integrated systems for optical communication, aimed at enhancing interconnectivity and addressing the growing demand for sustainable bandwidth solutions. Headquartered in Eindhoven, The Netherlands, with additional offices in the UK, the US, and Taiwan, the company employs over 240 professionals dedicated to making photonic technology more compact, affordable, and accessible. By leveraging advanced chip technology and proprietary digital signal processing, EFFECT Photonics offers cost-efficient and low-power solutions that cater to the telecommunications, datacom, and emerging industries. Its innovative approach focuses on providing scalable manufacturing capabilities and enhancing the efficiency of communication networks, particularly in areas like 5G and coherent optical solutions for hyperscalers. By breaking down traditional barriers of complexity and cost, EFFECT Photonics aims to revolutionize industries where photonic technology can play a transformative role.
SparkNano is a deep-tech company focused on advancing battery and hydrogen solutions by minimizing reliance on scarce materials through innovative thin-layer technology. The company specializes in Spatial Atomic Layer Deposition (S-ALD), a process that allows for the deposition of ultra-thin, functional layers to enhance the performance and cost-effectiveness of manufacturing fuel cells, batteries, and solar cells. SparkNano's offerings include advanced laboratory and high-throughput equipment, which are designed to support various industries in their quest for sustainability and decarbonization. By providing tools that enable the creation of thinner, more stable layers, SparkNano enhances energy density and loading cycles in batteries while facilitating the development of electrolyzers that utilize less precious materials such as Iridium and Platinum. The company also offers comprehensive process and application support to its customers, aiding them in optimizing their manufacturing processes.
Axelera AI focuses on providing specialized hardware and software platforms to enhance artificial intelligence tasks, particularly in edge computing. Its primary product, the Metis™ AI Platform, combines hardware and software to offer high-performance, energy-efficient AI inference solutions. The platform's innovative design has earned recognition as a CES® 2024 Innovation Awards Honoree. Established in 2021 after incubation by Bitfury and collaboration with imec, Axelera AI is headquartered in the AI Innovation Center at the High Tech Campus in Eindhoven, with research and development offices in Belgium, Switzerland, and Italy. The company's team comprises experts in AI from leading firms and Fortune 500 companies, focusing on delivering sustainable edge applications through a custom dataflow architecture and multicore in-memory computing that minimizes power consumption.
Phosphoenix is a neurotechnology company that originated from the NESTOR program, which was supported by the Netherlands Organisation for Scientific Research. The company focuses on developing a chronically implanted wireless device designed to restore functional vision for individuals who have lost their sight. This innovative device bypasses the eyes and creates a direct interface with the brain, utilizing fundamental neuroscience principles to offer practical clinical applications. By enabling users to recognize objects and navigate more independently, Phosphoenix aims to enhance the quality of life for those with vision impairments, providing them with a means to regain rudimentary vision and improve their overall independence. The founding team consists of leading neuroscientists, electronic engineers, and entrepreneurs, emphasizing a strong multidisciplinary approach to addressing vision loss.
IamFluidics specializes in advanced microparticle production through its innovative in-air microfluidics technology. This method allows the company to create high-quality, monodisperse microbeads with precise control over their shape, size, and composition. The technology significantly enhances production capabilities compared to traditional chip-based methods, enabling higher output and accuracy. IamFluidics serves a wide range of industrial and clinical applications, offering clients a reliable solution for their microparticle needs while ensuring durability and aesthetic appeal in the final products.
PHIX is a packaging foundry that supplies the photonics industry with assembly and packaging services. PHIX develops optoelectronic modules on all major PIC technology platforms, including indium phosphide, silicon photonics, silicon nitride, and planar lightwave circuit. PHIX specializes in chip-to-chip hybrid integration, fiber array coupling, and the interfacing of DC and RF electrical signals.
PHIX is a packaging foundry that supplies the photonics industry with assembly and packaging services. PHIX develops optoelectronic modules on all major PIC technology platforms, including indium phosphide, silicon photonics, silicon nitride, and planar lightwave circuit. PHIX specializes in chip-to-chip hybrid integration, fiber array coupling, and the interfacing of DC and RF electrical signals.
Pharrowtech specializes in developing advanced connectivity solutions for fixed-wireless access, wireless virtual reality and augmented reality applications, and high-capacity wireless links. The company draws on over 12 years of research and development conducted at imec, a prominent Belgian research institute. Pharrowtech utilizes its extensive expertise in algorithm, chip, and antenna design specifically for millimeter-wave systems, as well as radio frequency circuits and phased-array antennas. This enables the company to create products that deliver exceptional performance, efficiency, and cost-effectiveness, facilitating the adoption of millimeter-wave technology for various applications.
Carbyon is a Netherlands-based company specializing in direct air capture (DAC) technologies that filter carbon dioxide (CO2) from ambient air. Its innovative "fast-swing" technology purifies CO2, making it suitable for various applications, including the production of kerosene for aircraft. By enabling the fossil fuel industry to repurpose existing storage and transportation infrastructure for renewable hydrocarbons, Carbyon supports the transition from fossil hydrocarbons to alternative energy carriers, such as batteries and hydrogen. This approach not only aids in reducing greenhouse gas emissions but also facilitates significant transformations in energy systems and transportation networks.
LionVolt specializes in the development of innovative 3D solid-state batteries that outperform traditional lithium-ion batteries in terms of performance, safety, and sustainability. The company's technology utilizes affordable and easily processable materials, ensuring high energy density while significantly reducing the risk of fire or explosion. By focusing on green alternatives and sustainable practices, LionVolt aims to provide environmentally friendly battery solutions that are both cost-effective and efficient, contributing to the advancement of next-generation energy storage systems.
AutoFill Technologies specializes in the development of advanced 3D sensing hardware and application software aimed at enhancing fleet inspection processes. Utilizing computer vision and artificial intelligence, the company has created a patent-pending technology that captures object data and detects vehicle damage without human intervention. This innovative approach allows enterprises to significantly reduce labor costs and mitigate compliance risks while providing comprehensive predictive vehicle inspection reports. By employing sophisticated algorithms and deep learning techniques, AutoFill Technologies interprets complex visual input from an array of cameras and sensors, delivering efficient and accurate assessments of vehicle conditions.
Aito specializes in developing advanced touch interface technology that enhances user interaction through tactile feedback. The company focuses on patented Piezo Sensing and Haptics technology, which enables the detection of finger positions on user interfaces. Aito's solutions include configurable integrated circuits that facilitate the creation of physical user interfaces, such as buttons, touchpads, and touch screens. This innovation allows consumer electronics brands to improve their products, including smartphones and car infotainment systems, by providing a more engaging and differentiated user experience in a competitive marketplace.
Axelera AI focuses on providing specialized hardware and software platforms to enhance artificial intelligence tasks, particularly in edge computing. Its primary product, the Metis™ AI Platform, combines hardware and software to offer high-performance, energy-efficient AI inference solutions. The platform's innovative design has earned recognition as a CES® 2024 Innovation Awards Honoree. Established in 2021 after incubation by Bitfury and collaboration with imec, Axelera AI is headquartered in the AI Innovation Center at the High Tech Campus in Eindhoven, with research and development offices in Belgium, Switzerland, and Italy. The company's team comprises experts in AI from leading firms and Fortune 500 companies, focusing on delivering sustainable edge applications through a custom dataflow architecture and multicore in-memory computing that minimizes power consumption.
Protealis specializes in developing advanced seeds and seed technologies for legume crops, focusing on enhancing their adaptability to the European environment. The company aims to become a leading provider of germplasm for sustainable plant proteins, leveraging innovative breeding techniques and nitrogen fixation. By utilizing proprietary seed coatings and advanced breeding technologies, Protealis seeks to maximize the potential of legume crops. This approach not only helps farmers address protein deficits but also supports local sourcing for the increasing demand from producers of meat and milk alternatives.
Solynta is a biotechnology company based in Wageningen, the Netherlands, that specializes in developing hybrid potato seeds. By leveraging innovative breeding technologies, Solynta creates hybrid potato varieties that possess superior traits and performance compared to those produced through traditional methods. This approach not only accelerates the generation of new potato types but also enables sexual seed propagation, which enhances product development speed and offers significant logistical and phytosanitary benefits for the potato industry. The company aims to improve global food security through its pest and disease-resistant hybrids, which can reduce chemical usage by farmers, ultimately benefiting consumers and enhancing their livelihoods.
LionVolt specializes in the development of innovative 3D solid-state batteries that outperform traditional lithium-ion batteries in terms of performance, safety, and sustainability. The company's technology utilizes affordable and easily processable materials, ensuring high energy density while significantly reducing the risk of fire or explosion. By focusing on green alternatives and sustainable practices, LionVolt aims to provide environmentally friendly battery solutions that are both cost-effective and efficient, contributing to the advancement of next-generation energy storage systems.
Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems tailored for advanced integrated circuit metrology. The company’s technology employs atomic-scale probes to scan and analyze the surfaces of semiconductor samples, facilitating atomic-scale resolution during the fabrication process. This innovative approach enhances process control in semiconductor manufacturing, leading to improved production yields and functionality of microchips. By supporting the advancement of smaller and more efficient electronic devices, Nearfield Instruments plays a crucial role in the evolution of the semiconductor industry.
Onera Health, Inc. specializes in providing innovative sleep diagnostic solutions and services aimed at identifying sleep disorders such as insomnia, sleep apnea, and narcolepsy. Founded in 2017 and headquartered in Palo Alto, California, with a research and development office in Eindhoven, the Netherlands, Onera Health has developed advanced sleep diagnostic patch systems that collect and analyze sleep data. These systems not only enhance the diagnosis of sleep-related ailments but also have potential applications in monitoring various chronic health conditions. By delivering comprehensive sleep test data to healthcare providers, Onera Health aims to improve patient care and reduce healthcare costs, ultimately enhancing the health and quality of life for individuals globally.
Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems tailored for advanced integrated circuit metrology. The company’s technology employs atomic-scale probes to scan and analyze the surfaces of semiconductor samples, facilitating atomic-scale resolution during the fabrication process. This innovative approach enhances process control in semiconductor manufacturing, leading to improved production yields and functionality of microchips. By supporting the advancement of smaller and more efficient electronic devices, Nearfield Instruments plays a crucial role in the evolution of the semiconductor industry.
Microsure is a medical device company based in Eindhoven, The Netherlands, founded in 2014. It specializes in developing innovative solutions for microsurgery, a field that operates at the limits of physical capabilities. The company's flagship product is a motion stabilizer system designed specifically for microsurgeons, which enhances surgical precision by filtering out tremors and providing exceptional control during procedures. This technology allows for hybrid microsurgical procedures that enable surgeons to utilize their own instruments, thereby reducing costs for hospitals. The Microsure motion stabilizer has demonstrated its effectiveness in clinical trials, including successful operations for lymphedema. By improving the quality of microsurgical procedures, the company aims to expand treatment options for patients and facilitate the development of new, highly accurate surgical techniques.
EFFECT Photonics is a technology company specializing in the development of integrated systems for optical communication, aimed at enhancing interconnectivity and addressing the growing demand for sustainable bandwidth solutions. Headquartered in Eindhoven, The Netherlands, with additional offices in the UK, the US, and Taiwan, the company employs over 240 professionals dedicated to making photonic technology more compact, affordable, and accessible. By leveraging advanced chip technology and proprietary digital signal processing, EFFECT Photonics offers cost-efficient and low-power solutions that cater to the telecommunications, datacom, and emerging industries. Its innovative approach focuses on providing scalable manufacturing capabilities and enhancing the efficiency of communication networks, particularly in areas like 5G and coherent optical solutions for hyperscalers. By breaking down traditional barriers of complexity and cost, EFFECT Photonics aims to revolutionize industries where photonic technology can play a transformative role.
Aito specializes in developing advanced touch interface technology that enhances user interaction through tactile feedback. The company focuses on patented Piezo Sensing and Haptics technology, which enables the detection of finger positions on user interfaces. Aito's solutions include configurable integrated circuits that facilitate the creation of physical user interfaces, such as buttons, touchpads, and touch screens. This innovation allows consumer electronics brands to improve their products, including smartphones and car infotainment systems, by providing a more engaging and differentiated user experience in a competitive marketplace.
SMART Photonics offers a versatile production and development portfolio. First of all, easy access via Multi-Project Wafer runs enables low-cost and fast prototyping for photonic integrated circuits. Secondly we offer engineering of the process to create the customer product with customer specifications. Production development services are offered for volume production of customer products.
PHIX is a packaging foundry that supplies the photonics industry with assembly and packaging services. PHIX develops optoelectronic modules on all major PIC technology platforms, including indium phosphide, silicon photonics, silicon nitride, and planar lightwave circuit. PHIX specializes in chip-to-chip hybrid integration, fiber array coupling, and the interfacing of DC and RF electrical signals.
Tempress Systems, Inc. is a manufacturer specializing in the development of diffusion and chemical vapor deposition furnace systems, offering both horizontal and vertical production furnaces, as well as small batch and research and development furnaces. The company also produces a range of related equipment, including reactive ion etch systems, plasma etch and deposition systems, and various furnace components and accessories. Established in 1967 and based in Vaassen, the Netherlands, with operations in France, Tempress serves diverse industries such as photovoltaics, semiconductors, photonics, MEMS, nanotechnology, and hybrids. The organization, previously known as Tempress B.V., rebranded in 1994 and currently operates as a subsidiary of Stichting Continuiteit Tempress.
Revyve specializes in producing animal-free food ingredients derived from microorganisms. The company offers a range of premium ingredients, including emulsifiers, heat-set gels, and foaming agents, aimed at creating replacement proteins. Revyve's products serve as egg replacers and are designed to meet specific protein functionality requests from customers. By focusing on natural microorganisms, the company enables the production of great-tasting foods that do not compromise on taste, texture, health, or sustainability.
ATO-GEAR develop wearable technologies for health and sports applications centered around the belief that better exercise means a better life. Their heritage of research and patent portfolio span multiple domains and technology positions, but they have a keen initial focus on the running market. Their first product ARION brings the coaching experience to the world of wearables. Pressure sensitive insoles slip into your existing running shoes and connect you to your running technique in a way that has never been possible before. Every runner has goals and dreams, and adjusting your running technique can help you achieve them. ARION allows you to take control and rebuild your own running technique to achieve your goals, to improve your performance, to reduce your injury risk and ultimately to unleash your inner athlete.
Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems tailored for advanced integrated circuit metrology. The company’s technology employs atomic-scale probes to scan and analyze the surfaces of semiconductor samples, facilitating atomic-scale resolution during the fabrication process. This innovative approach enhances process control in semiconductor manufacturing, leading to improved production yields and functionality of microchips. By supporting the advancement of smaller and more efficient electronic devices, Nearfield Instruments plays a crucial role in the evolution of the semiconductor industry.
Smart Robotics is a Dutch company that specializes in software and rental services for robotics, primarily catering to the manufacturing and intralogistics sectors. The company provides flexible robotic solutions that enhance automation processes while supporting local production and maintaining employment within the supply chain. By leveraging existing industrial hardware, such as robot arms, cameras, and sensors, Smart Robotics focuses on developing modular collaborative robots that can be quickly programmed to adapt to various tasks and environments. Their innovative approach emphasizes cooperation, technology, and flexibility, allowing them to serve both national and international markets effectively. Based in the High Tech Campus Eindhoven, Smart Robotics maintains strong partnerships with Eindhoven University of Technology and other national stakeholders in hardware and service, positioning itself as a leader in the robotics industry.
Morphotonics specializes in the development and sale of nano- and micro imprint structures, providing solutions for imprinting micro- and nanostructures on both rigid and flexible surfaces. The company employs roll-to-plate nanoimprinting technology, which allows for efficient patterning of large substrates through the sequential imprinting of small areas. In addition to these imprinting solutions, Morphotonics manufactures nanoimprint lithography machines and offers a range of associated products, including materials, stamps, and samples. Their technology enables scalable manufacturing of advanced materials and devices, catering to various industries seeking innovative micro- and nanostructured products.
IamFluidics specializes in advanced microparticle production through its innovative in-air microfluidics technology. This method allows the company to create high-quality, monodisperse microbeads with precise control over their shape, size, and composition. The technology significantly enhances production capabilities compared to traditional chip-based methods, enabling higher output and accuracy. IamFluidics serves a wide range of industrial and clinical applications, offering clients a reliable solution for their microparticle needs while ensuring durability and aesthetic appeal in the final products.
EFFECT Photonics is a technology company specializing in the development of integrated systems for optical communication, aimed at enhancing interconnectivity and addressing the growing demand for sustainable bandwidth solutions. Headquartered in Eindhoven, The Netherlands, with additional offices in the UK, the US, and Taiwan, the company employs over 240 professionals dedicated to making photonic technology more compact, affordable, and accessible. By leveraging advanced chip technology and proprietary digital signal processing, EFFECT Photonics offers cost-efficient and low-power solutions that cater to the telecommunications, datacom, and emerging industries. Its innovative approach focuses on providing scalable manufacturing capabilities and enhancing the efficiency of communication networks, particularly in areas like 5G and coherent optical solutions for hyperscalers. By breaking down traditional barriers of complexity and cost, EFFECT Photonics aims to revolutionize industries where photonic technology can play a transformative role.
A-Mansia Biotech is a developer of products based on the properties of the Akkermansia muciniphila (A. muciniphila) bacterium. The company's nutritional supplement based on a gut bacterium called Akkermansia, the population of microorganisms housed in the gastrointestinal tract. A. muciniphila is located in the mucus layer covering the intestinal epithelium, which allows the bacterium to establish a close cross-talk with the host.
SparkNano is a deep-tech company focused on advancing battery and hydrogen solutions by minimizing reliance on scarce materials through innovative thin-layer technology. The company specializes in Spatial Atomic Layer Deposition (S-ALD), a process that allows for the deposition of ultra-thin, functional layers to enhance the performance and cost-effectiveness of manufacturing fuel cells, batteries, and solar cells. SparkNano's offerings include advanced laboratory and high-throughput equipment, which are designed to support various industries in their quest for sustainability and decarbonization. By providing tools that enable the creation of thinner, more stable layers, SparkNano enhances energy density and loading cycles in batteries while facilitating the development of electrolyzers that utilize less precious materials such as Iridium and Platinum. The company also offers comprehensive process and application support to its customers, aiding them in optimizing their manufacturing processes.
Aito specializes in developing advanced touch interface technology that enhances user interaction through tactile feedback. The company focuses on patented Piezo Sensing and Haptics technology, which enables the detection of finger positions on user interfaces. Aito's solutions include configurable integrated circuits that facilitate the creation of physical user interfaces, such as buttons, touchpads, and touch screens. This innovation allows consumer electronics brands to improve their products, including smartphones and car infotainment systems, by providing a more engaging and differentiated user experience in a competitive marketplace.
Microsure is a medical device company based in Eindhoven, The Netherlands, founded in 2014. It specializes in developing innovative solutions for microsurgery, a field that operates at the limits of physical capabilities. The company's flagship product is a motion stabilizer system designed specifically for microsurgeons, which enhances surgical precision by filtering out tremors and providing exceptional control during procedures. This technology allows for hybrid microsurgical procedures that enable surgeons to utilize their own instruments, thereby reducing costs for hospitals. The Microsure motion stabilizer has demonstrated its effectiveness in clinical trials, including successful operations for lymphedema. By improving the quality of microsurgical procedures, the company aims to expand treatment options for patients and facilitate the development of new, highly accurate surgical techniques.
i-Optics is a medical device company based in 's-Gravenhage, the Netherlands, that specializes in developing innovative corneal diagnostic solutions for eye care professionals. Founded in 2013, the company offers advanced technologies such as the Cassini Corneal Shape Analyzer, which utilizes color LED technology to accurately measure corneal astigmatism, aiding in premium intraocular lens (IOL) planning. This system helps cataract surgeons enhance patient outcomes and reduce unexpected refractive results. Additionally, i-Optics provides the EasyScan, a zero-dilation retinal imaging system that employs scanning laser ophthalmoscopy (SLO) to diagnose various retinal diseases, including diabetic retinopathy, age-related macular degeneration, and glaucoma. Through its user-friendly and cost-effective solutions, i-Optics aims to support eye care providers in delivering high-quality care to their patients.
Solynta is a biotechnology company based in Wageningen, the Netherlands, that specializes in developing hybrid potato seeds. By leveraging innovative breeding technologies, Solynta creates hybrid potato varieties that possess superior traits and performance compared to those produced through traditional methods. This approach not only accelerates the generation of new potato types but also enables sexual seed propagation, which enhances product development speed and offers significant logistical and phytosanitary benefits for the potato industry. The company aims to improve global food security through its pest and disease-resistant hybrids, which can reduce chemical usage by farmers, ultimately benefiting consumers and enhancing their livelihoods.
Luxexcel is a pioneering company that specializes in 3D printing technology for lenses and optical products. It is the only organization globally capable of 3D printing prescription lenses, positioning itself at the forefront of innovation in the eyewear industry. The company has developed a comprehensive suite of components, including hardware, software, processes, and materials, which enables customers to produce high-quality, custom optical lenses. Luxexcel's unique printing technology ensures the creation of optically smooth structures and surfaces, allowing clients to benefit from cost-effective lens production while enhancing product customization. By collaborating with technology partners, Luxexcel is also facilitating the development of advanced smart eyewear, opening new possibilities for the industry.
Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacture of High-Throughput Scanning Probe Metrology systems tailored for advanced integrated circuit metrology. The company’s technology employs atomic-scale probes to scan and analyze the surfaces of semiconductor samples, facilitating atomic-scale resolution during the fabrication process. This innovative approach enhances process control in semiconductor manufacturing, leading to improved production yields and functionality of microchips. By supporting the advancement of smaller and more efficient electronic devices, Nearfield Instruments plays a crucial role in the evolution of the semiconductor industry.
Undagrid specializes in asset-tracking technology that leverages the Internet of Things (IoT) to improve logistical processes. The company connects devices over long distances, enabling seamless communication between them and the internet. This technology is designed to facilitate the tracking of non-motorized objects or those not connected to a power grid, allowing for efficient energy use. By providing an autonomous communication network, Undagrid helps clients optimize their workflows and enhance the competitiveness of their business processes. With a team boasting over 40 years of experience in the IoT sector, the company is well-positioned to deliver innovative solutions for asset management.