Innovation Industries

LionVolt offers a groundbreaking 3D solid-state technology for next-generation batteries that offers better performance than state-of-the-art Li-on batteries. They implement green alternatives, in contrast to conventional batteries, and use sustainable materials and circular processes.

LionVolt offers a groundbreaking 3D solid-state technology for next-generation batteries that offers better performance than state-of-the-art Li-on batteries. They implement green alternatives, in contrast to conventional batteries, and use sustainable materials and circular processes.

Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacturing of High-Throughput Scanning Probe Metrology systems designed for advanced integrated circuits. The company's innovative technology employs atomic-scale probes to scan surfaces of semiconductor samples, allowing for precise analysis of patterns and features at atomic resolution. This approach significantly enhances traditional metrology methods, enabling clients to improve production yields and the functionality of microchips during the fabrication process. Through its advanced systems, Nearfield Instruments addresses critical challenges in semiconductor manufacturing, contributing to the industry's evolution.

Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacturing of High-Throughput Scanning Probe Metrology systems designed for advanced integrated circuits. The company's innovative technology employs atomic-scale probes to scan surfaces of semiconductor samples, allowing for precise analysis of patterns and features at atomic resolution. This approach significantly enhances traditional metrology methods, enabling clients to improve production yields and the functionality of microchips during the fabrication process. Through its advanced systems, Nearfield Instruments addresses critical challenges in semiconductor manufacturing, contributing to the industry's evolution.

EFFECT Photonics B.V., a spin-out from the Technical University of Eindhoven, specializes in the design and development of optical components utilizing multichannel Photonic Integrated Circuits (PICs) in Indium Phosphide. Based in Eindhoven, the Netherlands, the company focuses on creating integrated systems for optical communication, targeting sectors such as telecom, datacom, and emerging industries. EFFECT Photonics leverages proprietary digital signal processing, forward error correction technology, and ultra-pure light sources to deliver compact solutions that ensure cost efficiency, low power consumption, and security of supply. The company embraces a hybrid business model that includes transceivers and sub-assemblies, facilitating the disaggregation of essential components for 5G technology and beyond, as well as access-ready coherent solutions for cloud applications. With additional research and development operations in South West UK and a global network of sales partners, EFFECT Photonics is positioned to meet the growing demands of modern communication infrastructure.

Axign is a fabless chip supplier serving the worldwide audio markets in consumer and professional audio. Its first product is a breakthrough audio controller chip, that combines benchmark performance with a low bill of materials for audio system manufacturers. The chip is specially suited for active speaker systems in streaming audio devices.

SMART Photonics specializes in the development and production of integrated photonic chips that utilize light for data transmission, enhancing speed and bandwidth while lowering energy consumption. The company provides a versatile portfolio that includes easy access to Multi-Project Wafer runs, facilitating low-cost and rapid prototyping of photonic integrated circuits. Additionally, SMART Photonics offers engineering services tailored to meet specific customer requirements, along with production development for volume manufacturing of customized products. By focusing on these innovative processes, the company aims to support advancements in various sectors, such as healthcare and mobility, enabling clients to efficiently manage and transmit large volumes of data.

Developer and manufacturer of light chips created to upscale photonics production. The company's light chips assist in assembly and packaging services, that targets the cost-effective fabrication of photonic integrated circuit modules in large volumes, enabling businesses to integrate photonic integrated circuits and electronics in one single package.

Tempress Systems, Inc. is a manufacturer specializing in the development and production of thermal processing systems, particularly for the semiconductor, photonics, MEMS, and solar industries. Founded in 1967 and based in Vaassen, the Netherlands, the company provides a diverse range of products, including horizontal and vertical diffusion furnaces, chemical vapor deposition systems, reactive ion etch systems, and plasma etch and deposition systems. In addition to these systems, Tempress offers retrofits, spare parts, and advanced single wafer plasma process equipment. The company also provides training services to its clients. Tempress operates as a subsidiary of Stichting Continuiteit Tempress and has additional operations in France, serving various applications across multiple industries.

Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacturing of High-Throughput Scanning Probe Metrology systems designed for advanced integrated circuits. The company's innovative technology employs atomic-scale probes to scan surfaces of semiconductor samples, allowing for precise analysis of patterns and features at atomic resolution. This approach significantly enhances traditional metrology methods, enabling clients to improve production yields and the functionality of microchips during the fabrication process. Through its advanced systems, Nearfield Instruments addresses critical challenges in semiconductor manufacturing, contributing to the industry's evolution.

Morphotonics B.V., established in 2014 and based in Veldhoven, the Netherlands, specializes in the development and manufacturing of roll-to-plate nano-imprinting equipment. The company produces a range of products, including UV-nanoimprint machines, imprint stamps, modules, components, and nanoimprint resins. These products are designed for applications in various industries, such as displays, solar panels, and lighting, facilitating the creation of advanced materials and devices. Morphotonics provides scalable manufacturing solutions for micro and nanostructured products, utilizing techniques that allow for patterning large substrates through sequential imprinting of smaller areas.

EFFECT Photonics B.V., a spin-out from the Technical University of Eindhoven, specializes in the design and development of optical components utilizing multichannel Photonic Integrated Circuits (PICs) in Indium Phosphide. Based in Eindhoven, the Netherlands, the company focuses on creating integrated systems for optical communication, targeting sectors such as telecom, datacom, and emerging industries. EFFECT Photonics leverages proprietary digital signal processing, forward error correction technology, and ultra-pure light sources to deliver compact solutions that ensure cost efficiency, low power consumption, and security of supply. The company embraces a hybrid business model that includes transceivers and sub-assemblies, facilitating the disaggregation of essential components for 5G technology and beyond, as well as access-ready coherent solutions for cloud applications. With additional research and development operations in South West UK and a global network of sales partners, EFFECT Photonics is positioned to meet the growing demands of modern communication infrastructure.

Axign is a fabless chip supplier serving the worldwide audio markets in consumer and professional audio. Its first product is a breakthrough audio controller chip, that combines benchmark performance with a low bill of materials for audio system manufacturers. The chip is specially suited for active speaker systems in streaming audio devices.

Nearfield Instruments B.V., founded in 2016 and based in Rotterdam, the Netherlands, specializes in the development and manufacturing of High-Throughput Scanning Probe Metrology systems designed for advanced integrated circuits. The company's innovative technology employs atomic-scale probes to scan surfaces of semiconductor samples, allowing for precise analysis of patterns and features at atomic resolution. This approach significantly enhances traditional metrology methods, enabling clients to improve production yields and the functionality of microchips during the fabrication process. Through its advanced systems, Nearfield Instruments addresses critical challenges in semiconductor manufacturing, contributing to the industry's evolution.