Directory · AT
Nanotechnology Research in Austria
A register of firms and the professionals working at them in the Nanotechnology Research sector based in Austria. Browse the public index, then filter or export on Kipplo.
Companies
20 on file
Upnano Gmbh
As innovation leader in the field of high-resolution 3D printing, we see it as our mission to upscale nanofabrication. UpNano is a Vienna (Austria) based high-tech company with the focus on development, manufacturing and commercialization of high-resolution 3D-printers. The systems are based on 2-photon-polymerization which offer industry-leading speed and resolution down to 0.2 µm. UpNano is committed to providing customers with a holistic package of hardware, software and optimized printing materials, for the fabrication of polymeric microparts as well as the unique possibility of bioprinting in a native cell environment. Using UpNano’s cutting-edge technology makes it possible to print objects with sizes ranging from the sub-micrometer to the centimeter range and up to 40 mm in height – within times and precision never achieved before. UpNano was founded in September 2018 as a spin off of the TU Wien and has since developed into an established provider of 3D printing systems for research facilities, universities and businesses worldwide.
11 to 50 staff
Nanovoxel Gmbh
NanoVoxel GmbH is the first all-in-one service provider for industrially manufactured micro parts based on 2PP micro 3D printing technology. Combining the most advanced printing systems with leading competencies in micro injection molding, and metallization processes, NanoVoxel is able to produce plastic parts and components with resolutions in the micro-/nanometer range from prototypes to series production- Incomparable delivery speed - Highest-Resolution down to 0.2 µm - Part Sizes up to 40x40x40 mm
11 to 50 staff
Brave Analytics Gmbh
It all started with a BRAVE idea – to achieve continuous (nano)particle sizing on a single-particle basis, for the lab and online during production. This idea became BRAVE Analytics’ patented OF2i® technology and is now in use measuring particles in a range from 50 nm to 5 µm (sample-dependent). But it didn't stop there: add an optional Raman module to identify particles directly in liquids with no or minimal sample preparation. This device detects nanoparticles (<1 µm) and microplastics (1 µm to 50 µm) continuously and directly in-flow. Or how about aggregation monitoring with a module using static light scattering, covering the size range 5 nm to 50 nm (sample-dependent)? For micron-sized particles we have an in-flow large particle detector (2 µm to 80 µm size range) which is ideal for PFAT5 evaluation and detecting contamination. Learn more about our BRAVE new technology on our website and stay tuned for new developments, including more automation options.
11 to 50 staff
Ims Nanofabrication Gmbh
IMS Nanofabrication GmbH is an Austrian business and the global technology leader for multi-beam mask writers. Our customers are the largest chip manufacturers in the world, who rely on IMS' technology to produce current and future chip generations. Our innovative multi-beam writers play a key role in chip manufacturing and provide significant added value to the semiconductor industry. They are continually customized and refined by an interdisciplinary team, in line with the latest market demands. Over the last ten years, we have perfected our electron-based multi-beam technology. The first generation of systems (MBMW-101 – 1st generation Multi-Beam Mask Writer) is successfully operating all over the world. The 2nd generation Multi-Beam Mask Writer, MBMW-201 has entered the mask writer market in Q1 2019 for the 5nm technology node. At IMS, our know-how is shaped by a diverse team of experts from a multitude of disciplines, such as physics, electronics, development, project management, supply chain management, production, service and administration. “Our multi-beam technology is the key to the evolution of the semiconductor industry.” Dr. Elmar Platzgummer, CEO Get started with one of Austria's most innovative companies. Are you looking for new challenges in a globally acting high-tech company? Would you like to work in a multi-disciplinary and international team? As the “hidden champion” of the semiconductor industry, IMS specializes in innovation for the nanotechnology sector. This technology is of high strategic importance for the world’s leading chip manufacturers and a pivotal tool for the production of today’s and tomorrow’s chip generations.
501 to 1000 staff
C-Sense Nanotechnology Gmbh
c-sense GmbH develops and produces advanced solutions for high-resolution measurement challenges using self-sensing cantilever technology. We innovate and push boundaries in diverse fields, from topography and torque magnetometry to conductive probing for mechanical production control, quality assurance, research, and medical applications. Our measurement technology delivers nanometer resolution in areas such as- surface roughness - advanced microscopy - non-transparent fluids - particles in fluids - mechanical positioning - conductivity - magnetic fields - temperatures - etc. We are committed to driving new applications and delivering precision in even the most challenging environments.
1 to 10 staff
Bnn - Bionanonet
BioNanoNet Forschungsgesellschaft mbH (BNN) is an Austria based company that supports and guides its members and customers towards a sustainable development of connected technologies. BNN is your key partner for (i) design in technology development (Safe-by-Design, Quality-by-Design, Sustainability-by-Design),(ii) innovation management, and building alliances & initiatives. BNN complements these services with many years of experience in project management, and increases your visibility by targeted communication activities. Core Competences: • design in technology development (Safe-by-Design, Quality-by-Design, Sustainability-by-Design), • innovation management, • building alliances and initiatives • project management and targeted communication activities
11 to 50 staff
Enlightco Ag
In 1997 the inventors of the Enlightco technology discovered the potential of illuminated foils. Several R&D initiatives swiftly followed with hundreds of tests and prototypes being experimented with and made. After several years of experimentation an illuminated "paste" polymer was then refined, with multiple applications and uses. The then small and dedicated Enlightco team realised that they stumbled on something revolutionary, something that could redefine the way we use light - a new form of lighting. Further R&D was done on the use of Enlightco’s paste on of steel plates. This opened the door to the first cross industry lighting solution for Enlightco. The first patent "illuminated road markings" was tried in the year of 2012. Soon after Enlightco's technology was also evaluated for the use in the aviation industry, which has one of the highest quality and safety standard requirements in the world. Enlightco's technology met and surpassed Fire, Smoke and Toxicity (FST) aviation tests. Today Enlightco cooperates with internationally recognized partners and prosperous market leaders in their respective industries to bring them light and design solutions not possible before. Our Vision The way we use light has remained the same for over 130 years, with little innovation or change in the way we use it. Our vision at ENLIGHTCO is to redefine the way we use light by utilising it as a solution as well as a gateway to linking other technologies together to make SMART SOLUTIONS. By redefining light and its use, we have managed to open a new market for the lighting industry. Our vision is to become the MARKET LEADER in this lighting space. In ENLIGHTCO we redefine light For more information please email us on: info@enlightco.com // or // contact us on:+43 (0)4262 27 183 Or visit our website:
51 to 200 staff
Nexperion - Solutions For Electron Microscopy
Nexperion is an independent provider of solutions in the field of electron microscopy (EM). We support electron microscopists worldwide with software tools and expertise to get their work done more easily and efficiently, with higher quality results.
1 to 10 staff
10-9 Nano Science & Consulting
10-9 Nano Science & Consulting is your Partner for any Questions relating to Metrology applications on the Nanoscale. From my past, my specialization has been on Agilent/Keysight AFM systems, where I can offer advice, support, training or upgrades.
1 to 10 staff
Brightcomsol
At BrightComSol, our mission is to transform global access to safe and effective radiotherapy. This is possible by unlocking the potential of FLASH radiotherapy, a revolutionary treatment approach where cancer patients receive their entire radiation dose in less than one second, instead of multiple sessions over several weeks. Major radiotherapy machine producers are betting on FLASH technology, but how do they know their multi-million dollar radiation machine is actually delivering the exact prescribed dose during the treatment? Our product, BrightEye™, is an imaging-based real-time dosimetry solution designed to solve this problem by monitoring the radiation beam during the treatment to ensure the radiotherapy machine delivers the exact radiation dose to the cancer patient to avoid over- or under-dose delivery. At BrightComSol, we are making FLASH radiotherapy a clinical reality by working closely with radiotherapy machine producers in a clinical environment.
1 to 10 staff
Nordicray Technologies
NordicRay Technologies was established in 2014 in Norrkoping, Sweden which was a venture of a Linkoping University graduate in Wireless and Electronics Engineering. NordicRay is working to make engineering and technological advancement. We are committed to contribute significantly to IR4.0 NordicRay works in a wide range of tech-spectrum such as electronics, software and control systems design, development, test, validation, measurement automation and data processing in the domains of Embedded Systems, Automotive: ADAS, In-Vehicle Network-IVN, Vehicle to Everything-V2X, Power Management IC, GPS, Infotainment, Electrical Vehicle; Computer Vision Platform, Artificial Intelligence-AI, Machine Language-ML, Wireless, Mobile and Satellite Communications, Cyber Security, AR/VR (xR), Sensor, Radar, LiDAR, Analog-Digital IPs, RF, and Semiconductor Devices. We are also providing best-in-class consultations on cutting edge and conventional engineering and technologies solutions, calibration, pre-silicon, wafer level, die level and post-silicon testing. For more information, please contact: info@nordicray.net
1 to 10 staff
Brightcomsol
BrightComSol is a deep tech spin-off from BOKU Wien, founded in Vienna, Austria, in March 2020. We specialize in producing the next generation of X-ray scintillators powered by novel metal halide materials for our customers, including radiological OEMs. Our proprietary products offer significantly improved technical performance, including fast decay time, high DQE, and scalable production suitable for high-resolution dynamic X-ray imaging, all contributing to the transformation of the X-ray imaging industry and beyond.
1 to 10 staff
Phornano Holding Gmbh
At PHORNANO we strive to lead in the invention, development and manufacture of the most advanced nanomaterials and devices We translate these advanced technologies into value for the customers/users through our solution, service and consulting business worldwide.
1 to 10 staff
Prospective Instruments
Prospective Instruments is a start up located in Dornbirn, Austria, and Regensdorf, Switzerland. Our goal is it to provide the research and clinical community with turn-key, flexible, modular and highly compact multimodal imaging platforms and associated light sources. Prospective manufactures and sells multi-photon microscopes, as well as ultrafast lasers for the biomedical, pharmaceutical and basic research community.
1 to 10 staff
Vacuum Carbon Technologies
Founded in 2018 by Nikolai Kazimirov in Kiev, Ukraine. Partnership in Europe & Asia for High-Density Current Collector Carbon Coating Technology (HD4CT) for manufacturing of electro-chemical energy storage devices (batteries, supercapacitors, fuel cells) and their major components (current collectors & electrodes) Research & Development and Engineering in Energy Storage Systems (ESS) industry using vacuum technology & magnetron sputtering to manufacture:+ Current Collectors (Al & Cu) with high-density carbon сoating to provide extremely low internal contact resistance, high adhesion and corrosion resistance and reduce degradation of cells + Electrodes based on new Current Collectors, existing active materials (NCA, NMC, etc.) and new cell design combinations including lithium-metal, lithium-sulphur, lithium-titanate, solid-state, etc.+ Prototypes of coin and pouch cells with higher energy density (>400 Wh/kg), longer lifetime (4x more charge-discharge cycles), reduced costs of manufacturing and energy storage + S2S / R2R vacuum equipment with magnetrons for seamless integration into existing and new LIB cells manufacturing lines + R&D for Next Generation Battery Cells (e.g. lithium-sulphur, lithium-titanate, solid-state, lithium-metal anode, etc.) High-Density Current Collector Carbon Coating Technology (HD4CT) is a patented invention by Nikolai Kazimirov and property of Vacuum Carbon Technologies (VCT).
1 to 10 staff
Invisible-Light Labs Gmbh
At Invisible-Light Labs, we strive to make a positive impact on the world we live in by enabling ground breaking scientific discoveries. We do so by providing radically new IR sensors based on nanomechanical sensing with incomparable sensitivity at room temperature, from NIR to THz. Applications include improved disease understanding, better drugs, increased safety and more efficient protection of the environment.
1 to 10 staff
Getec Microscopy
GETec Microscopy offers innovative atomic force microscope (AFM) solutions for seamless integration into existing host systems like scanning electron microscopes (SEM). In partnership with our customers, we develop dedicated nano analysis tools based on pre-engineered modules. AFSEM™ is an atomic force microscope (AFM) by GETec Microscopy, designed for integration in a SEM or Dualbeam (SEM/FIB) microscope. Its open access design allows to simultaneously operate SEM and AFM inside the SEM vacuum chamber. The complimentary image data of AFM and SEM enable unique characterization of your sample. You can also find us on. Youtube:
11 to 50 staff
Loginns Gmbh
At Loginns, innovation means efficiency, precision, and measurable impact. With over a decade of dedicated research, we have developed a unique patented (pending) process that converts graphite into Few-Layer Graphene (FLG) with unmatched simplicity—requiring no chemicals, heat, ultrasound, or generating any waste or by-products. Our cutting-edge technology produces high-purity FLG at industrial scale, achieving an output of 120 kg per hour within a compact 20 m² footprint. Fully automated and user-friendly, our system allows straightforward integration into existing production lines, enabling businesses to scale their graphene production smoothly as demand grows. Loginns offers this advanced technology through a convenient licensing model, providing companies flexible access without the need for significant upfront investments. By transforming graphite into FLG, our process significantly improves material efficiency, providing equivalent or superior performance while substantially reducing raw material usage. Industries utilizing coatings, composites, or energy-related applications can significantly enhance their products’ performance and competitiveness while benefiting from an environmentally responsible approach. Loginns is committed to empowering businesses with advanced graphene solutions driving innovation forward and enhancing product quality while maintaining sustainability. Visit our website to view our detailed video and discover how Loginns’ graphene technology can help you achieve superior product performance and sustainability.
1 to 10 staff
Felmi-Zfe Institut Für Elektronenmikroskopie Und Nanoanalytik - Zentrum Für Elektronenmikroskopie
FELMI-ZFE besteht seit 65 Jahren und ist ein Forschungsverbund, der sich aus dem Institut für Elektronenmikroskopie (FELMI TU Graz) und dem Zentrum für Elektronenmikroskopie (Mitglied: ACR-Gruppe) zusammensetzt. Die Forschungs- und Dienstleistungseinrichtung bietet allen Interessenten aus dem universitären und industriellen Bereich ein umfassendes Spektrum modernster elektronenmikroskopischer Untersuchungsmethoden zur mikrostrukturellen und mikrochemischen Charakterisierung von anorganischen und organischen Materialien, elektronischen Bauelementen, pharmazeutischen und biologischen Systemen. FELMI-ZFE (Institute for Electron Microscopy & Nanonalysis/Graz Centre for Electron Microscopy) is one of the leading microscopy facilities in the physical and biological sciences; interdisciplinary research, teaching and industry services are the key to our success. We house some of the world’s best microscopes. Our broad field of activity – ranging from fundamental to applied research – sets us apart. We work in close cooperation with universities and enterprises throughout Europe. Know-how Transfer: we are constantly creating new knowledge and methods. We believe that it is our responsibility not only to support knowledge creation but also to share generated know-how and expertise. That is the reason why we put know-how transfer at the top of our list of priorities. Training & Microscopy Courses: we provide training on in-house instruments for SMEs who wish to purchase microscopes or use these instruments on a regularly basis and see the need to upskill their staff to become self-sufficient with their analysis (SEM & microanalysis, TEM & EELS). Teaching: our scientific staff gives lectures at the University of Technology covering different fields of research. We supervise bachelor, master & PhD projects. Microscopy Library: our library offers a large number of state-of-the-art textbooks and scientific journals about microscopy of materials & related subjects.
11 to 50 staff
Ceramicpro Österreich
CeramicPro ist eine flüssige, transparente und permanente Keramikbeschichtung basierend auf fortschrittlichster Nanotechnologie. Bei vollständiger Aushärtung verbindet sich CeramicPro chemisch mit der existierenden Oberfläche und wird zu einer homogenen Schicht, welche nun schützend über der beschichteten Oberfläche liegt. CeramicPro kann vereinfacht wie eine zusätzliche Schutzschicht beschrieben werden, allerdings um Einiges härter, mit einer stark wasserabweisenden und selbstreinigenden Wirkung als auch einem extremen Tiefenglanz.
1 to 10 staff
