In the not so far away future, all glasses will be everyday smartglasses. Did you know that over 60% of people require prescription lenses? We've recognized that since every set of eyes is unique, so should AR lenses be. That's why we create prescription AR lenses, fitting perfectly into everyday smart glasses. Our lenses are more than just a tech add-on; they’re an essential part of the future glasses for everyday life. They’re designed for everyone. The ARX SmartLens integrates displays, projectors, and ophthalmic lenses with individual prescription for every eyesight. We make AR glasses an all-day, everyday wearable device! For questions and/or inquiries please contact sales@addoptics.com.

Atomic layer etching for nano device fabrication. We provide an ALE-based method of manufacturing nanostructures with characteristic size below 20nm. This is a new method of nanostructure fabrication using the atomic layer etching process, which is inherently a damage-free etch process. Owing to the etching process’s selectivity to inclined surfaces, which has been recently discovered, the inclined surfaces can be used as a mask and in this way walls of tapered structures, which can be readily fabricated by e.g., dry etching or epitaxial growth, will provide masking during the atomic layer etching process. This is why this process provides access to fabrication of extremely small structures in a very precise and efficient way.

Achieve accurate disease models and more personalized medicine by recreating human physiology and pathology in a 3D model. BI/OND’s customizable organ-on-chips (OOCs) are built to outperform the limitations of standard in vitro assays. In the early phase of drug testing, petri dishes and animals can fall short of predicting what happens inside the human body. BI/OND is where biology meets engineering: our intimate working relationship with biologists helped realize the supportive role engineering can play in generating reproducible and accurate biological models. We develop a lab technology for dynamic cell culture environments that allow for more precise drug testing and simulations of any tissue type. We also empower organizations with valid alternatives to the use of animals in testing (3Rs).

Colloidtek measures the digital fingerprint of a liquid. We provide industrial customers with high-resolution liquid analyzers and related IoT solutions. Examples of use-cases are: - Optimizing dairy plants by minimizing product loss and effluent with Collo Inline Analyzer. - Optimized maintenance and preventing machine failure with real-time oil condition monitoring with Collo Inline Analyzer. - Research and development of liquids with Collo Lab Analyzer.

Dab.bio develops and deploys cutting-edge fermentation technology. Our unique and patented FAST platform (Fermentation Accelerated by Separation Technology) enables continuous fermentation with cost reductions of 20-50% or more and is one of the most significant fermentation innovations of the past decade. The global focus on synthetic biology has delivered breakthrough routes to replace fossil-based chemicals with sustainable bio-based alternatives. High manufacturing costs currently hamper the large-scale manufacturing of many of these alternatives. FAST addresses this issue head-on. It is the largest contributor to lowering manufacturing costs and facilitating large-scale deployment of bio-based chemicals. Dab.bio promises a significant impact.

Technology for People in Noise Workplace Noise Management and Intelligent Hearing Protection Helping you maintain a safe and productive work environment using advanced hearing protection and noise analytics.

“If you cannot measure it, you cannot improve it.” (William Kelvin) Fibersail is a shape sensing system based on FBG fiber optic research and development to monitor and analyze wind turbine blades in terms of shape, condition, and behavior. The real-time information provided by our system will help wind turbine operators maximize performance and availability while preventing failures and minimizing maintenance costs from their assets. Our unique solution and approach with fiber optic sensors make it possible for a very easy and simple integration along the entire length of any critical structure, ensuring the monitoring of its precise shape and behavior. Fibersail - shaping the structures of tomorrow.

Computer vision software for picking and stacking items, parcels, depalletizing, and trailer unloading. Fizyr designs, builds, installs, and maintains an unmatched vision software product for automated picking and stacking items, parcels, depalletizing, and trailer unloading. Our deep learning algorithms are used to enable automated handling of unknown objects varying in shape, size, color, material, and stacking, being picked from conveyed bulk. Fizyr’s product is applied in production all over the world by leading system integrators and end-users, in online retail, warehousing, and parcel services. We started in 2014 as ‘Delft Robotics,’ a TU Delft spin-off founded by Professor Martijn Wisse, as a system integrator building robotic picking cells. In 2016, we participated in and won both competitions of the Amazon Picking Challenge, mainly due to our track record in applying deep learning. This led to the company pivoting towards a deep learning computer vision software-only product.

FORWARD.one is a venture capital firm that invests in early-stage European startups, focusing on smart, defensible innovations that target large markets. They prioritize commercialization and support their portfolio companies with investments ranging from €1 to €4 million, with the potential for up to €15 million in follow-on funding. Their approach combines speed, pragmatism, and a commitment to long-term success, making them a preferred partner for ambitious entrepreneurs looking to scale their businesses. With a diverse team of financial experts, engineers, and entrepreneurs, FORWARD.one aims to build Europe's next tech champions and drive significant returns for their investors.

Industrial Edge Intelligence Platform: We bring intelligence to industrial areas by making dumb assets smart. In industries like Maritime, Renewable Energy, and Offshore, our care-free infrastructure leverages AI, coupled with top-notch cybersecurity and 100% data control and ownership, to enable companies across the globe to unlock the full potential of their industrial assets. This makes them safer, smarter, and improves their ecological footprint. In doing so, we shape a better world by upgrading the present.

Keiron Printing Technologies is an Eindhoven-based equipment company, working with a laser-based, digital manufacturing technology developed by their partner TNO at Holst Centre. Keiron aims to revolutionize the industry of printed electronics with their high-speed and agile printing process. Keiron's technology enables its users to deposit electrically conductive lines from materials such as copper, silver, gold, and platinum. The technology requires no mask, making it a cost-effective solution for small series volumes, as well as prototyping. The technology has massive scale-up potential, reaching speeds of up to 500 cm/s and 10,000 dots per second. Due to the ability to print high viscous materials, the technology is able to print lines over and through conformal surfaces, granting extensive freedom for product designs. Unlike other technologies, Keiron does not sacrifice agility in favor of speed, nor the other way around!

Lionix International is a leading global provider of customized microsystem solutions in scalable production volumes. Our key technologies are Photonic Integrated Circuits and custom Micro Electromechanical Systems (MEMS). We provide customized solutions for OEMs and system integrators, from design to device, by vertical integration in scalable production volumes and maintaining technology leadership secured by a strong IP position. Lionix International focuses on Photonic Integrated Circuits (PIC) enabled modules based on its proprietary waveguide technology (Triplex®), in addition to its other core competences: micro-fluidics, opto-fluidics, and MEMS. With vertical integration, it delivers a complete solution to its OEM customers: from initial design through volume manufacturing of products. Lionix International B.V. has been established in April 2016, funded by Panthera Group B.V. and YMK Photonics Co., Ltd. Lionix International B.V. has acquired Satrax B.V. (www.satrax.nl).