Jyrki Saarinen

Anax Optics emerged from the prestigious research labs of Kyoto University in 2020. This groundbreaking startup, represents a fusion of academic excellence and cutting-edge technology in optical design and fabrication. Co-founded by Okiharu Kirino, a visionary in the tech world who took on the role of CEO, and Anthony Beaucamp, a mastermind in technological developments serving as the CTO, Anax Optics is more than just a company; it is a beacon of innovation. The duo’s unique blend of leadership and expertise has propelled the company to the forefront of the optical industry. The journey of Anax Optics is marked by its specialization in automated optical design through inverse ray tracing, topological optimization and artificial intelligence. The company stands out in its field for focusing on freeform micro lens array (MLA), a critical aspect of light-field-shaping technology. The tools developped by Anax in collaboration with its industrial partners has resulted in a comprehensive software offering of freeform optical design and fabrication (Hyperion, AnaxCAM, Pandao), as well as the willingness to develop ground-breaking new applications in photonics by collaborating with academia and industry. From its academic origins to its current position at the forefront of light-field-shaping technology, Anax Optics continues to blaze a trail of innovation. With a team driven by passion and a mission to revolutionize optical design, Anax Optics is not just creating products: it is shaping the future of optics.

One turn-key service to trade, optimize, and operate your battery. We operate from prequalification to BESS lifetime value maximization. With Capalo Zeus VPP™, you will get route-to-market (prequalifications), AI-optimized automated trading across all markets, Balance Responsible Party (BRP) for the battery assets, access to ancillary and wholesale markets, and more. All part of the same package.

Don't wait for laboratory analysis - get the battery metal concentration results now! Sensmet has simplified optical emission spectroscopy and brings the ICP-OES performance next to the process - online and 100% automated. Today, Sensmet's µDOES is the only existing low maintenance analytical technology capable of real-time multi-metal concentration measurements in industrial liquid processes. µDOES (Micro-discharge Optical Emission Spectroscopy) is a superior online measurement technology to quantify lithium and other key battery metals in hydrometallurgical processes! Typical measurements include Li, Mn, Co, Ni, K, Mg, Na, Ca, Zn, Al, Fe. The µDOES is based on optical emission spectroscopy; a spark (=micro-plasma) is generated directly inside the aqueous sample. During a millisecond-long plasma discharge (= spark), the sample solution gets flash-heated to a high 10,000°C temperature: molecular species in the water get dissociated into atoms, followed by excitation of the atoms to their higher electronic states. Atoms release their excess energy by emitting optical light upon returning to their ground state. Analysis of the atomic emission spectrum enables qualitative and quantitative analysis of metals." If you are interested and want to realise the benefits of the unique µDOES® analyser technology in your industrial process, please contact us.

Afekta Technologies Ltd. Tailor made, comprehensive metabolomics services based on solid academic know-how.

Dispelix is leading a technological revolution. We believe in the power of simplicity as the driving force of the next computing paradigm. We are here to realize the future, faster, with the best team possible in the field of extended reality waveguide technology. We are driven by our vision to create the best possible waveguides for AR glasses. And to make them undistinguishable from ordinary glasses. We help create a world where technology does not look like technology. Where complexity is replaced by simplicity. Where unnecessary physical products, interfaces and advanced technologies become invisible and available for everyone – through our waveguides.

The myneva Group is one of the leading European software providers in the social sector with a clear focus on digitalization and innovation. Headquartered in Essen and with over 300 employees at 16 locations, myneva serves a broad customer base of more than 3,900 institutions and 1.5 million clients in eight European countries. Driven by strong values such as trust, appreciation and responsibility, myneva covers all areas of social services - from elderly care and integration assistance to child and youth welfare and social assistance - and reflects its commitment to improving care and opening up new perspectives in social services through user-friendly software solutions and the close involvement of its stakeholders.

Spectral Engines, part of the Nynomic Group, is an international company that develops and manufactures groundbreaking smart sensor technologies. Our pocket-sized solution is innovative, lightweight, robust, cost-effective and takes material measurements from the lab to the field. The team and technology platforms are enabling new measurement applications and business opportunities. | Spectral Engines, Teil der Nynomic Group, ist ein internationales Unternehmen, das bahnbrechende intelligente Sensortechnologien entwickelt und herstellt. Unsere Lösung im Taschenformat ist innovativ, leicht, robust, kostengünstig und bringt Materialmessungen vom Labor in den Feldeinsatz. Das Team und die Technologieplattformen bieten neue Messanwendungen und Geschäftsmöglichkeiten ermöglichen.

IMPORTANT: This page will be deleted soon. If you are a current or former employee of Heptagon Oy, please link your LI profile to the new Heptagon company page - https://www.linkedin.com/company/heptagon.

Nanocomp is a high-tech company with 20 years of experience in the field of diffractive optics. Nanocomp provides versatile solutions for global customers focusing on design, tooling and mass production of thin foil optics. Main application segments are handheld devices, solid state lighting and diffractive pattern generators.

Anax Optics emerged from the prestigious research labs of Kyoto University in 2020. This groundbreaking startup, represents a fusion of academic excellence and cutting-edge technology in optical design and fabrication. Co-founded by Okiharu Kirino, a visionary in the tech world who took on the role of CEO, and Anthony Beaucamp, a mastermind in technological developments serving as the CTO, Anax Optics is more than just a company; it is a beacon of innovation. The duo’s unique blend of leadership and expertise has propelled the company to the forefront of the optical industry. The journey of Anax Optics is marked by its specialization in automated optical design through inverse ray tracing, topological optimization and artificial intelligence. The company stands out in its field for focusing on freeform micro lens array (MLA), a critical aspect of light-field-shaping technology. The tools developped by Anax in collaboration with its industrial partners has resulted in a comprehensive software offering of freeform optical design and fabrication (Hyperion, AnaxCAM, Pandao), as well as the willingness to develop ground-breaking new applications in photonics by collaborating with academia and industry. From its academic origins to its current position at the forefront of light-field-shaping technology, Anax Optics continues to blaze a trail of innovation. With a team driven by passion and a mission to revolutionize optical design, Anax Optics is not just creating products: it is shaping the future of optics.

One turn-key service to trade, optimize, and operate your battery. We operate from prequalification to BESS lifetime value maximization. With Capalo Zeus VPP™, you will get route-to-market (prequalifications), AI-optimized automated trading across all markets, Balance Responsible Party (BRP) for the battery assets, access to ancillary and wholesale markets, and more. All part of the same package.

Don't wait for laboratory analysis - get the battery metal concentration results now! Sensmet has simplified optical emission spectroscopy and brings the ICP-OES performance next to the process - online and 100% automated. Today, Sensmet's µDOES is the only existing low maintenance analytical technology capable of real-time multi-metal concentration measurements in industrial liquid processes. µDOES (Micro-discharge Optical Emission Spectroscopy) is a superior online measurement technology to quantify lithium and other key battery metals in hydrometallurgical processes! Typical measurements include Li, Mn, Co, Ni, K, Mg, Na, Ca, Zn, Al, Fe. The µDOES is based on optical emission spectroscopy; a spark (=micro-plasma) is generated directly inside the aqueous sample. During a millisecond-long plasma discharge (= spark), the sample solution gets flash-heated to a high 10,000°C temperature: molecular species in the water get dissociated into atoms, followed by excitation of the atoms to their higher electronic states. Atoms release their excess energy by emitting optical light upon returning to their ground state. Analysis of the atomic emission spectrum enables qualitative and quantitative analysis of metals." If you are interested and want to realise the benefits of the unique µDOES® analyser technology in your industrial process, please contact us.

Afekta Technologies Ltd. Tailor made, comprehensive metabolomics services based on solid academic know-how.

Arbonaut has been dedicated to developing tailorable solutions for private and public customers since 1994. Our experts are adept at the intelligent use of LiDAR and GIS technologies, data processing and analysis, and software development for multifunctional and sustainable forest management. We create practical yet innovation-driven and customizable solutions particularly focusing on forest and decision support information systems, timber and forest ecosystems inventories, wildfire risk management, climate change, etc. Our mission is to contribute to the responsible use of forests through building digital twins of forest ecosystems that will lead to good forest management decisions.