State: Overijssel

Xsens Technologies

Xsens delivers high-performance inertial sensing and navigation solutions that transform complex motion into accurate, reliable data. Backed by more than 25 years of expertise in sensor fusion, Xsens technologies are trusted worldwide across advanced navigation, industrial automation, robotics, and autonomous systems. The company’s solutions help customers improve positioning, orientation, stabilization, and motion intelligence in demanding real-world environments. With a strong portfolio of IMU, AHRS, and GNSS/INS technologies, Xsens supports developers, engineers, and system integrators building next-generation applications for land, air, marine, and unmanned platforms. Known for combining precision, robustness, and ease of integration, Xsens enables customers to accelerate development and improve system performance.

Read More

PhotonFirst

PIC packaging for mission‑critical systems. We turn lab‑grade photonic chips into flight‑ready, field‑proven modules with a track record in Space, Flight Qualification, Quantum and Infrastructure. From first prototype to qualified volume, we master harsh‑environment design and system integration—using the same expertise that powers our aerospace interrogators.

Read More

PHIX Photonics Assembly

PHIX provides assembly and packaging for photonic integrated circuits (PICs). We support chip prototypes as well as high-volume manufacturing and our engineers help optimize your design early on. We are a one-stop shop fully tailored to your needs. That’s how we prepare your products for tomorrow’s society, today. | PHIX is a world leading packaging and assembly foundry for photonic integrated circuits (PICs), building optoelectronic modules based on all major PIC technology platforms in scalable manufacturing volumes. We specialize in chip-to-chip hybrid integration and interfacing with fiber arrays and DC and RF electronics. | PHIX is a world leading packaging and assembly contract manufacturer for photonic integrated circuits (PICs) and MEMS, building optoelectronic modules based on all major PIC technology platforms in scalable manufacturing volumes.

Read More

Oxycom

Oxycom is a Dutch climate technology company specializing in sustainable two-stage adiabatic cooling, ventilation and heating. Our innovative systems help industrial bakeries worldwide reduce energy consumption, improve indoor air quality, and create optimal working conditions.

Read More

New Origin / ALUVIA Photonics / Rapid Photonics

New Origin is a dedicated pure-play photonic chip foundry for silicon nitride and new materials.

Read More

MVI AudioVisual

MVI AudioVisual develops cutting-edge meeting solutions that ensure the success of every council meeting and conference with an integrated hybrid integration. From a single, user-friendly interface, our software and systems concentrate on smart camera, agenda control, safe voting, smart microphone management, and integrated reporting to your DMS/RIS. We build on the principle of digital sovereignty, ensuring our solutions are independent, reliable, and secure. No hidden dangers or needless dependencies, just the tools you need to conduct meetings effectively. The MVI AudioVisual suite is scalable. You select the components you need. This modular design ensures flexibility, scalability and smooth integration. Visit our website for all the solutions and contact us.

Read More

Epiphany Design

Epiphany is an independent photonic design house based in the Netherlands, specializing in Photonic Integrated Circuit design. Operating under a fabless model, we work across all major PIC platforms and collaborate with all major foundries to ensure the best technology fit for the project.

Read More

ALUVIA Photonics

Aluvia Photonics delivers the world’s first AlOx photonic ICs combining ultra-low loss with on-chip optical amplification, achieving EDFA-level performance on compact, scalable chips. Our technology enables scale-across optical connectivity for AI datacenters and telecom networks, supporting next-generation high-bandwidth systems.

Read More