Nanotechnology Companies Worldwide

World-Scale Challenges. Nano-scale Solutions. Advanced Material Development believes that the rapid advancement of applied material science is a critical route for helping solve some of the World's biggest environmental and societal challenges. AMD is a commercial enterprise that funds programmes of development and related research in materials nanotechnology which are judged to offer practicable, effective routes to licensed technology and know-how which in turn can be taken profitably to market through a variety of commercial arrangements. AMD aims to advance this materials research to commercial success and beyond and to continue delivering a funding pipeline to the best university departments in the UK. AMD’s initial partnership with the University of Sussex Material Physics department will focus on 3-4 projects developing viable applications for many global challenges including packaging and food waste, transportation, healthcare and anti-counterfeiting. Professor Alan Dalton and his twenty strong team at the University of Sussex, is at the forefront of international efforts to understand and explore the fundamental nature and attributes of ‘two-dimensional’ nanomaterials such as graphene, and thereby provide some of the bridges to the multiplicity of potentially beneficial applications with far-reaching implications for the human challenges of global sustainability.

Aligned Bio is a nanotechnology company whose simple and quick single molecule detection capability will have positive impact on the DNA sequencing and biomarker detection industry. Please visit www.aligndsystems.com for more information.

We are a startup company based in the Unit DX incubator in Bristol UK, developing materials for the next generation of low-cost batteries. We welcome requests for partnership, collaboration, and product deployment.

Aqdot is a Cambridge (UK)-based supramolecular chemistry company with a focus and expertise in developing, licensing and selling novel proprietary products. The Aqdot Solutions part of the business works in partnership with customers to understand their challenges and develop solutions utilising the unique AqBit technology. This has the team working in areas from air filtering in transportation to delivery of therapeutics for cancer. In parallel the Aqdot Products part of the company has recently launched its own brands AqStar™ M1 and Oderase to date. Again, working with partners either on a distribution basis, or offering the opportunity to “white label” or develop a market specific formulation.

Abionic, an in vitro diagnostics (IVD) company, was founded in 2010 as a spin-off from the Swiss Federal Institute of Technology of Lausanne (EPFL). Abionic is aiming to make a difference in patient care through the cutting-edge nanofluidic technology based ultra-rapid diagnostic platform, helping healthcare professionals to make clinical decisions at the point of care.

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.

With Attolight, Cathodoluminescence (CL) is now available in a streamlined system which integrates CL with both light (LM) and electron microscopy (EM): what was a challenging experiment in the past, often done on klunky, home-made devices can now be done easily and efficiently. Attolight is now changing the landscape: its innovative approach brings nanometer resolution as well as pico-second timing for time-resolved studies, regardless of the wavelengths used. While any material that emits light under electron irradiation can be studied by CL, it is particularly valuable in material studies of semi-conductor materials, phosphor, ceramic, rock and glass. Combining LM, EM with hyperspectral imaging, Attolight’s solution reveals ultra-trace impurities and crystallographic defects not visible using other imaging modalities. Attolight "New Cathodoluminescence" solutions support the state-of-the -art research and developments in LEDs, Solar Cells, High Mobility Transitors, new opto-electronical devices, nano-structured semiconductors.

Delmic is a passionate high-tech company based in Delft, the Netherlands that develops powerful and user-friendly solutions for electron microscopy, bringing researchers and organizations closer to research insights across diverse application fields. Integration of light and electron microscopy fundamentally impacts imaging by creating the possibility to gain deep insight quickly, easily and reliably. Delmic’s mission is to empower researchers and companies by helping them achieve results that can be trusted implicitly with powerful and user-friendly solutions. Currently, Delmic has two main product lines: cathodoluminescence solutions (SPARC Spectral, SPARC Compact and JOLT) and correlative light and electron microscopy solutions (SECOM, SECOM SR, DELPHI). All the systems cater to a broad range of researchers in fields ranging from life science, geology, materials science to nanophotonics. The company is currently working on two new projects: one is aimed to simplify the complex workflows involved in Cryo electron tomography; another project will help to increase imaging speed without sacrificing image quality with an automated multibeam scanning electron microscope. At Delmic, we believe that imaging provides a fundamental understanding of systems and is an integral part of creating a better world, therefore we aim to continuously innovate in order to offer our customers powerful insights and make research easy with simple workflows.

We develop diagnostics that are fast, accurate and can be used at the point of care: ensuring the first prescription, is always the right prescription. Our technologies answer 2 vital questions to ensure effective and sustainable use of antibiotics: Does the patient have an infection treatable with antibiotics? NANOPLEX® is an advanced latex agglutination test that can be used to rapidly identify and quantify the cause of infection in 5 minutes. What will be the most effective antibiotic treatment? SCFI™ is a phenotypic, real-time and growth-free antibiotic susceptibility test that determines the most effective antibiotic in 30 minutes.

Materials technology startup unlocking the potential of nanofibers with #halospinning for cultured meat, tissue engineering, wound care, filtration, and more. Our proprietary high-throughput nanofiber production technology HaloSpin™ is the fastest solution-spinning technology. We are especially focused on the production of bio-based nanofibers, but can work with variety of different polymers. Compared to electrospinning, our technology enables over 90% price reduction and is the ideal solution for applications such as tissue engineering, cultured meat, drug discovery, wound care, energy storage, filtration, and more. We are providing nanofiber manufacturing as well as development services for companies to develop the materials for a specific application. We have developed our own edible 100% vegan scaffolds for cultured meat and are continuously developing new products also on our own.

Graphmatech AB is an Awards winning Swedish materials technology Company that develops and sells graphene-based solutions to enable the green transition We offer: - Metals for electrification - Polymers for the Hydrogen economy - Conductive polymers for 3D printing www.graphmatech.com

LIG Nanowise is a Manchester based scientific instruments company founded in 2014, developing world leading product offerings in microscopy and nanopatterning. We apply microsphere lens technology to diverse applications from imaging to industrial manufacturing. Microspheres will become a super material at the heart of some of the most important innovations in the optics space. We developed the world’s most powerful brightfield microscope; the NANORO M, which can achieve 50 nm resolutions purely through glass and light. This utilises SMAL (Super-resolution Microsphere Amplifying Lens) technology to provide new insights into nanostructures - non-destructively, in full colour, rapidly and with no sample preparation. This has major applications in materials science research, microelectronics and 2D materials imaging. We launched this product in June 2017 through our imaging brand NANORO to international media aclaim. We are also developing a best in class particle lens array that can produce nanoscale patterns rapidly and repeatably with high precision over a wide area, with applications in microfluidics, semiconductors and bank note security. For enquires, please contact us: 0161 342 0515 Company Website: www.lig-nanowise.com Twitter: https://twitter.com/LIGNanowise

LIMO GmbH is one of the world’s leading manufacturers of optics and beam shaping solutions, as well as a pioneer of groundbreaking new photonics production technologies. The company develops and produces high-precision micro-optics for diode lasers, industrial laser systems for innovative materials processing, and complete optical systems for efficient production processes that use linear laser beam profiles. In the field of optical components, LIMO is currently one of the world’s major suppliers of glass cylindrical lenses thanks to its highly productive wafer-based manufacturing technology. With its innovative optics and laser system solutions, the company serves customers from all over the world in a wide range of different industries, including the laser, display production, semiconductor manufacturing and automotive industries, and the fields of measurement engineering, plastics processing and medical technology. The company has been part of the Focuslight Group since March 2017.

For those industrial hydrogen producers who are going to save humanity from “fossil fuel monster” and drive the Clean Energy Revolution. These companies need to scale massively in order to achieve market demand to reach Carbon Neutrality. But they are currently constrained, because catalytic process which strips clean hydrogen from water is extremely expensive and dependent on noble materials. When industrial hydrogen producers start trying to scale, they are going to face skyrocketing prices of noble materials like platinum as they play a critical role in separating hydrogen from water. The same price increase is going to happen on the consumption side of hydrogen vehicles like airplanes, trains and cars. Naco Technologies creates specialized nano-coatings and new materials that replace the need for platinum and other expensive materials in the production and usage of hydrogen at a massive scale. Naco Technologies: • Improves performance of hydrogen systems. • Provides unique material recipes and coating solutions. • Reduces significantly hydrogen system costs. Unlike other R&D entities, Naco Technologies provides solutions with secure IP and industrialization ready. Our customers are able to immediately proceed with hydrogen system production scaling without material or competition constrain.

Nanolumi is an advanced materials company, providing breakthrough optical materials and optical material platforms in challenging but diverse applications, using a host of proprietary nano- and molecular technologies. Nanolumi offers solutions for display & advanced imaging as well as product authentication & security under the Reyal brand. The team leverages cutting-edge chemistries and downstream integration, bringing them to market through tight-knit, strategic partnerships that accelerate new technology adoption. Nanolumi delivers solutions, not just products, with approaches that bring partners out to play. Nanolumi believes that materials matter, building foundations that power customer products to help society experience life to the fullest. To learn how Nanolumi is advancing materials innovation at the speed of light, visit our website (www.nanolumi.com) or connect with us on LinkedIn.

Non-toxic ZnO Quantum Dots manufacturer - Biosafe - Color – tunable (480 - 570 nm) - Size tunable (2-10 nm) - High Quantum yield and brightness - Stabilized by hydrophobic or hydrophilic impermeable protective ligand “jacket” (shell) - Stable for extended period of time - Do not aggregate into clusters info@nanoxo.eu

See protein, DNA and RNA molecules that make life work, in nanoparticles, viruses, bacteria, cells and tissue. We believe that understanding science at a molecular level will fundamentally allow you to unlock new discoveries, so we created our flagship product, The Nanoimager. We built the world's first desktop compatible compact super-resolution microscope, but we did it our way. Our teams have a restless enthusiasm to bring technologies like super-resolution to a new community of researchers and we continue working until barriers of accessibility and affordability are addressed. Our mission is to ensure research and collaboration tools are available to those willing to ask why or how things are the way they are and answer questions never asked before. We can’t wait to see and hear about what new questions you will ask!

Industrial 3D printing capability, for small business and prototyping professionals. We have a superior range of products from biodegradable PLA to materials for Aerospace.

NordAmps is a Lund based nanotechnology startup delivering the next generation of transistors. Our nanowire technology represents the convergence of 20 years of research with leading-edge application needs. Designed for high-frequency wireless communication, our nanowire transistors are fabricated by combining well-established technologies and materials with a minimalistic design in a completely new and innovative way. At NordAmps, our nanowire transistor technology gives you the performance of III-V and the manufacturability of silicon. We offer a design kit containing compact models and library files for high-frequency-band 5G applications and beyond. Learn more about NordAmps on our website. Contact us at 046-222-00-00 or contact@nordamps.com.

At AgniKul, we design, manufacture, test and launch orbital class rockets for micro and nano satellites. We currently work out of the National Center for Combustion R&D at IIT-Madras. Rocket scientists, engineers, ex-bankers and space lawyers are a part of our team. This unique blend of people is one of our biggest strengths. Our goal is to make space affordable for everyone in India. If you are excited about our journey, please reach out to us @ humancapital@agnikul.in & follow us on twitter. https://twitter.com/AgnikulCosmos

At Alpine, we believe that manufacturing parts with high performance thermoplastics requires a design-forward approach combined with a mass-production mindset. That's why we offer the Optimizer Advantage™, an end-to-end service that leverages our unique materials, advanced design capabilities and scalable manufacturing to optimize the entire process — all through one partner. We do more than deliver high-performance engineered parts. With experience across multiple industries, a collaborative approach, and deep expertise in designing for manufacturing, we deliver the future of innovation. Components have been manufactured with our materials for the 5th generation jet fighters, high speed helicopters, UAV’s, amphibious transport vehicles, missiles, rockets and satellites proving application environment acceptance.

Canatu is a carbon nanomaterial developer creating the most advanced carbon nanotubes for industry-transforming products. The Canatu carbon nanotube (CNT) technology has been created with a unique process that ensures the required versatility and reliability for highly engineered solutions. Canatu partners with forerunner companies, together transforming products for better tomorrows with nano carbon. The company’s focus is in the automotive and semiconductor industries with the portfolio’s core spanning from ADAS heaters to 3D touch sensors and to EUV membranes. The experts at Canatu think big and create impacts on the tiniest scale – nano solutions for massive impact. Canatu’s headquarters are in Finland with sales offices also in the US, Japan and Taiwan. www.canatu.com.

InnoMedica entwickelt eine neue Generation von Nanomedikamenten basierend auf einem hoch-innovativen Medikamententransportsystem. Mit der ersten Anwendung der Nanocarrier im Bereich der Onkologie beabsichtigt InnoMedica, für Krebspatienten eine optimierte Chemotherapie zu entwickeln. Diese soll die Nebenwirkungen auf ein Minimum reduzieren und gleichzeitig die gute Wirksamkeit aufrecht erhalten. Im Januar 2013 hat InnoMedica das Projekt Targeted Liposomal Doxorubicin TLD-1 initiiert. Die Strategie sieht vor, neuartige Therapeutika zur Behandlung von Tumorerkrankungen zu entwickeln und zu kommerzialisieren. Diese neue Generation von Chemotherapeutika verwendet bereits gebräuchliche Zytostatika, welche in einer neuen galenischen Form in der Krebstherapie zum Einsatz kommen. Eine weitere Anwendung der Nanocarrier wird im Bereich der neurodegenerativen Erkrankungen wie Parkinson und ALS entwickelt. Hierfür hat InnoMedica den eingesetzten Nanocarrier für die Überwindung der Blut-Hirn-Schranke optimiert und mit GM1 einen regenerativen Wirkstoff eingesetzt. Für diesen Ansatz hat InnoMedica von FDA, EMA und Swissmedic für die Anwendung bei ALS einen Orphan Drug Status erhalten. InnoMedica ist ein unabhängiges, über Eigenkapital finanziertes Pharmaunternehmen mit eigener Nanofactory in Marly bei Fribourg (CH).

Mechanics start the minute you put cells on the wellplate. As science continues to progress, it is crucial to consider real-time, non-destructive mechanical characterization of soft and living biomaterials such as cells, hydrogels, spheroids, organoids, and tissues. Insights into mechanics will help improve performance in e.g., disease modelling, therapy development and regenerative medicine. When the company was founded in 2011, we understood that we had a unique technology that needed to find its way into the right market. Early on, we were able to identify that our technology has the distinct ability to measure the mechanical properties of extremely soft and living biomaterials. Our solutions help Unlock the Power of Mechanobiology: uncovering the ways in which mechanics influence biology of cells and tissues, both healthy and diseased. Over the years, we have refined our technology to offer a comprehensive range of solutions that fit seamlessly into any advanced lab. Our solutions are characterized by the ease of operation, integration into the (biological) workflow, optical readouts, and control of physiological parameters. Our solutions include: - PIUMA: a benchtop system for the characterization of large tissues. - CHIARO: a microscope-compatible system for small tissue characterization. - PAVONE: our screening-scale platform that combines automated indentation mapping, bright-field and fluorescence imaging, and environmental control. Connect with us to learn more about our company or what our solutions can do for you!

PhotonPath is a leader in the field of Integrated Photonics. Born in 2019 as a Spinoff of Politecnico di Milano, we offer innovative solutions for sensing and communication. Our cutting-edge Photonic Integrated Circuits (PICs) are used in a wide range of applications, including optical sensing for the automotive industry and high-capacity, low-loss programmable equipment for telecommunications networks. Our proprietary platform and technology stack enable us to efficiently manufacture and test our products, ensuring their reliability and competitiveness in the market. We offer fully functional Integrated Photonics-based solutions that are easy to use thanks to our comprehensive API. Our mission is to connect people and information through our advanced devices, and we are committed to advancing human knowledge by constantly pushing the boundaries of what is possible with Integrated Photonics. Whether you are in the automotive or communication industry, PhotonPath has a solution that will meet your needs and exceed your expectations.

Smoltek is making space for the next technology leap – starting in the semiconductor and hydrogen industry. By pioneering carbon nanostructure fabrication technology we are developing process technology and application concepts that can solve advanced materials engineering problems within several industrial sectors. Like, semiconductor components with smaller form factors, higher performance and lower energy consumption. Or new materials for electrolyzer cells that can radically reduce the costs for fossil-free hydrogen production.

Worldwide series producer of nano and micro structured films and metal parts for innovative displays, head-up-displays, LED, Solar, Optics, Sensors and Life Science applications. The company temicon is a pioneer in lithographic production of micro- and nanostructures and parts on large, seamless surfaces and replication by roll-to-roll or roll-to-plate nanoimprint processing, micro injection molding and electroforming. #microlensarrays #prisms #diffusors #augmentedrealitydisplays #holographicstructures #microfluidicstructures #microstructuredtiterplates #micromembranes #vibratingmesh #micrometalparts #encoderdisc

Established in 2019, Ike Scientific can help your business obtain the science solutions it needs. Ike's founder and lead consultant, Kyle Isaacson, is ready to discuss your business and devise a plan for success. His mission is to provide businesses with individualized consultation and practical innovations that have direct application in industry. Reach out to see how Ike Scientific can best serve you.

In essence, NanoProf's Holland is specialized in applying sustainable, but especially organic permanent nanocoatings for a wide range of purposes and to protect Buildings, Boats / Ships, Offshore, Onshore, Infrastructure, Windmills, Bridges, and Steel structures against all kinds of outside influences. All these coatings have a lifespan between 5 and 20 years ... !!! COST SAVINGS of 10% to 70% are certainly achievable, depending on the type of substrate and the associated coating and / or wrap. FUEL SAVINGS of 10% to 40%, which means that much less CO2 is blown into the air at the same time. (Boats, cars, airplanes) HEAT SAVINGS Have the exterior of your home / business premises professionally cleaned and treated against moisture and damage, and see the heat loss decrease by up to 70%.

Headquartered in Cambridge, UK and with its manufacturing base in Korea, planarTECH aims to enable graphene, carbon nanotube (CNT), and 2D material applications development by providing researchers worldwide with high-quality equipment for materials synthesis and characterization. In addition to its core competency in 2D materials, planarTECH also has years of experience in manufacturing high-quality vacuum systems and components. With a global network of researchers at leading institutions in Asia, the US and Europe, planarTECH has assembled the process know-how to assist customers in starting their research program as quickly as possible.

Our innovative video-rate scanning probe microscope images cm2 areas with nanometre resolution and can track dynamic processes in real time. The product of 10 years of intensive development, our technology is fundamentally different from traditional atomic force microscopes but produces images and data with similar resolution and accuracy to the best competing high-speed AFMs in only a 1,000th of the time! Creative researchers are already using our instruments to carry out analyses that were previously thought impossible across diverse fields from genomics to 2D materials, batteries and semiconductors. We continue to develop new technologies and will be launching a scanning probe (patent pending) version of our microscope soon for semiconductor wafer measurements. Contact us for more details and a demonstration on your own samples.

The Graphene Council was founded in 2013. Today, The Graphene Council is the largest community in the world for graphene producers, developers, investors, researchers, academics, nanotechnologists, regulatory agencies, research institutes, material science specialists and even the general public. We reach more than 35,000 people with an interest in this amazing material. Graphene holds the potential to dramatically disrupt and positively impact an extremely broad range of industries, including; Medicine, Sensors, Diagnostics and Testing, Electronics, Transistors, Light Processing, Energy Storage, Water Filtration, Lubricants, Nanoantennas, Corrosion and Waterproof Coatings, Thermal Management, Composite Structural Materials and many, many more. It is truly revolutionary. We invite you to join The Graphene Council and be part of this incredible materials revolution! http://www.thegraphenecouncil.org

KSG Health Ltd are the sole UK importer and distributor of Genano® air purification devices. Genano Ltd is a Finnish manufacturer of Genano units. Genano technology® is used worldwide, where clean air is needed, for example in hospitals, laboratories, industrial complexes and buildings suffering from so-called sick building syndrome.

MS Tech is a world class designer, manufacturer and innovator of advanced sensors. MS Tech has three business divisions: MS Food Safety, MS Bio-Medical and MS Detection. The MS Tech Sensor Technology delivers ground-breaking products and solutions for the Food Safety & Product Inspection, Bio-Medical Diagnostics, Security & People Screening, Fire & Smoke Detection, Water & Air Monitoring and Aerospace sectors worldwide. Our products and services make the world a safer, healthier and more productive place. Our customers range from governments and their agencies, airports, airlines, military, law enforcement authorities to hospitals, petrochemical companies, equipment manufacturers and service providers in various sectors around the world.

KWAN-TEK develops and markets metrology solutions based on diamond quantum sensors, drawing on over 20 years of fundamental research at a global scale. 
Thanks to our talented and diverse-profile team and to several patents, the company is establishing its position by developing and industrialising a wide range of high-tech, highly-sensitive, stable and robust instruments which represent a new generation of metrology solutions for various demanding applications.

BienaTech is a leading materials innovation company based in Akron, Ohio, specializing in the development of advanced functional materials – including polymers, composites, coatings, thin films, and membranes – for a wide range of industries. We provide cutting-edge solutions to businesses seeking to de-risk their technology development through our expertise in advanced manufacturing and high-performance computing. BienaTech supports clients in sectors such as aerospace, automotive, and industrial manufacturing, enabling them to create lighter, stronger, and more durable products.

Our focus on functional coatings and materials science allows us to address complex challenges and drive innovation in demanding applications. With a team of experienced scientists and engineers, BienaTech is dedicated to accelerating the adoption of sustainable materials and technologies, contributing to a more resilient and efficient future economy.

OPTOMAN designs, develops, and manufactures high damage threshold laser optics for photonic superheroes. The company manufactures application-optimized dielectric thin film coatings and high-power laser optics, aiming for the highest possible accuracy, repeatability and quality using innovative ion-beam sputtering technology.

HT Materials Science (HTMS) is the global leader in smart heat transfer fluids for commercial and industrial heating and cooling systems. We help any business with a high heating or cooling demand to make significant energy and carbon savings – from commercial offices and data centres through to manufacturers, pharmaceutical & healthcare facilities and more. Our patented Maxwell™ product is a drop-in nanofluid additive that’s proven to enhance the heat transfer of a base fluid by more than 15%. It delivers immediate results (with no costly downtime needed), making HVAC systems instantly more efficient and sustainable. Maxwell™ can reduce a company’s energy costs by 12-15% or more and can also increase a system’s capacity. This means businesses can get more out of their existing equipment for longer, as their heating or cooling demands increase. Our technology is already being successfully used by a host of major companies across the US, EMEA and Asia, bringing them enhanced efficiencies, cost savings and lower carbon footprints as a result. At HTMS we proudly work with some of the best science and engineering minds in the world, with offices in Dublin, Lecce (Italy) and New York. R&D is at the heart of everything we do, and we’re constantly developing future technologies to help businesses reduce energy consumption and their environmental impact.

We used nano-technologies to design the next generation of greenhouse screens. Our screens are game changer in terms of performance and impact.

Nanolyze provides new ultra-sensitive technology for analyzing nanoparticle uptake and release of substances. A necessary step for making future medicine more precise and efficient. Nanolyze is a research startup and our first line of products will be on the market in 2021. Our focus is both labs with high throughput requiring efficient automatized processes, and labs with fewer experiments, but need for low investment cost. Our system is scalable with the same unique capabilities for all setups. By putting the right pieces together, we will provide the optimal solution for industrial applications with high throughput as well as fundamental research applications with few measurements with detailed and precise output.

Nanoplexus® was founded in late 2019 with the aim of delivering scalable and cost-effective material platforms for a more sustainable future. We are driven by a diverse experience in advanced manufacturing techniques and material synthesis that allows us to apply materials into more demanding environments.

Our goal is to enable the analysis of anything, anywhere, by anyone. We have developed the world’s first and only nanopore DNA and RNA sequencing platform. It’s a new generation of sequencing technology — the only one to offer: scalability to portable or ultra-high throughput formats, real-time data delivery, and the ability to elucidate rich biological data. We are aiming to disrupt the way that biological analyses are currently performed, and open up new applications that have a profound, positive impact on society. Our devices offer real-time analysis, for rapid insights, in fully scalable formats — from pocket to population scale — and the technology is being used in more than 100 countries worldwide. Founded in 2005 as a spin-out from the University of Oxford, the company now employs more than 600 people from multiple disciplines including nanopore science, molecular biology and applications, informatics, engineering, electronics, manufacturing and commercialisation. The management team, led by CEO Dr Gordon Sanghera, has a track record of delivering disruptive technologies to the market.

Engineering advanced, nano-structured Thermal Spray coatings, materials and systems for Aerospace, Oil and Gas, and other demanding industries. Specialties include Ceramic and Cermet coatings for FCC pumps, turbine fan blades, turbine compressor seals, landing gear, as well as, custom development inside diameter HVOF applications.

Touchlab manufactures e-skin thinner than human skin which can be wrapped around hard or soft surfaces to sense pressure and location in real-time. Applications include on-land, underwater, and in space robotics & machines

Oxford Instruments is a leading provider of high technology tools and systems for research and industry. We design and manufacture equipment that can fabricate, analyse and manipulate matter at the atomic and molecular level. Our purpose is to enable a greener, healthier, more connected advanced society. Oxford Instruments has discrete business groups operating in three sectors. This means we can focus our expertise, our technologies and our innovation on offering our customers high quality products and service that meet their stringent requirements.

M19 lab design and manufactures some of the most advanced scientific devices on earth, learn new measurement technologies, and gain material insights you can't find anywhere else. We think advanced materials are indispensable in the 21st Century. M19 labs assists Gov/Industrial/Research labs, and select startups to invent the next generation of advanced materials using a portfolio of industry-specific custom lab products and services.

Park Systems is a world-leading manufacturer of atomic force microscopy (AFM) systems with a complete range of products for researchers and industry engineers in chemistry, materials, physics, life sciences, semiconductor and data storage industries. Park’s products are used by over a thousand of institutions and corporations worldwide. Park’s AFM provides highest data accuracy at nanoscale resolution, superior productivity, and lowest operating cost thanks to its unique technology and innovative engineering. Park Systems Corp. is headquartered in South Korea. Park’s products are sold and supported worldwide with regional headquarters in the US, Korea, Japan, Germany, France, China, Taiwan and Singapore, and distribution partners throughout Europe, Asia, and America. Please visit http://www.parksystems.com for more information.

Gf Technology Sdn Bhd is a thin film company where we specifically specialise in Optical Filter with very high OD requirement for application such as fluorescent, sensor etc application We also specialise in plastic injection, plastic moulding fabrication and all kind of testing capability

Hexagem develops dislocation-free GaN substrates for RF Electronics based on nanowire technology from Lund University.