Top Nanotechnology Companies (122)
Don't see your company?
Create a company profile
At DUST Identity, we believe that authentic products tell powerful stories and build beloved brands. Our customers come to us for advanced identity tools to protect and connect the most valuable products and physical objects from battlefields to playing fields and everything in between.
Voyant Photonics, Inc. creates LIDAR-on-a-chip solutions for 3D sensing, providing competitive performance at disruptive price, size, weight and power. Voyant uses patented nano-optic approaches to provide a range of imaging sensors for a variety of applications including autonomous vehicles, drones, robotics and factory automation. Voyant Photonics is based in New York City.
Hummingbird Scientific builds products for electron, X-ray and ion microscopy with an emphasis on transmission electron microscopes (TEM). In close collaboration with our customers, we design and manufacture all aspects of these complex systems, from mechanical, electrical, and software design to fabrication and assembly. We provide pioneering solutions for applications in nanotechnology, materials science, and biology.
Leia Inc. is the leading provider of Lightfield hardware and content services. Lightfield is a new visual medium that lets you experience imagery with complex light effects, such as textures and sparkles, as well as 3D depth and look-around. As a result, Leia’s technology transforms existing displays and converts content into an explosion of beauty and emotion. Our vision is to change the way we connect, create, educate and learn by transcending the device – making memories more present, connections more human and life richer. Leia Inc. was founded by David Fattal, Pierre-Emmanuel Evreux and Zhen Peng and is headquartered in Menlo Park, California.
We make materials better. Forge Nano is a global leader in surface engineering and precision nano-coating technology. We make your materials better to unlock your product value. Forge Nano’s proprietary technology and manufacturing processes support you from the research scale up to large-scale commercial production. Our high-throughput nano-coating manufacturing processes bring nano-coating capabilities to scale at a low price point across a range of industries, including; Semiconductor, Lithium Ion Batteries, Renewables, Hydrogen production, Automotive, Consumer Electronics • Power Grid, Oil and Gas, Catalysis, Advanced Ceramics, Magnetics, Fuel Cells, Super-capacitors, Solar PV, Additive Manufacturing, and many more
Aether’s mission is to build a future of abundance for the human race. We believe that the machinery of nature can be reverse engineered to manufacture any arrangement of atoms desired, enabling the production of new products anywhere on earth.
We specialize in smart coating solutions that make products water resistant. Most electronics in the world today are vulnerable to water damage. Accidental water damage, condensation and humidity can short out or corrode and often ruin the circuitry of safety critical Automotive Electronics (Autopilot, Power Steering etc.) , cell phones, laptops, e-readers, digital cameras, electronic key fobs, television remotes, coffee makers, and many other devices that are often used in the proximity of water, other liquids, and even simply humidity. While some electronic devices are built and labeled as “water resistant,” they are comparatively few in number, and they often feature water-tight external enclosures that house the electronic components inside. actnano has a number of nano coatings that can be applied to electronic devices in a way that makes them water-resistant to IPx7 levels. In other words, a cell phone or notebook computer will work just fine after being dropped in a bucket of water. actnano coatings can also be found in a number of production vehicles in the market today. The coatings can be applied to devices in various stages of the manufacturing process, including after the finished product is built.
CandyCam, LLC creates and sells affordable multimedia robotics to filmmakers.
At PEN is a nanotechnology, the science of the infinitely small, in products that have big impact on health, safety and sustainability.
Specializes in the development of nanoparticles for cancer treatment.
NanoMech manufactures application-specific nanoparticle additives, nanoparticle-based coatings and coating deposition systems.
Space Tango is an industry leader in automated systems in the pursuit of health and technology manufacturing in space. Since 2017 through a NASA Space Act Agreement, Space Tango provides facilities to support iterative R&D and manufacturing in space. Through an integrated and intuitive approach, Space Tango works alongside its diverse partner base to embrace pathways to on-orbit production yielding valuable and transformational solutions for humanity. Space Tango believes the microgravity environment is a new frontier for discovery and innovation. We are focused on creating a new global market 250 miles up in low Earth orbit and envision a future where the next important breakthroughs in both healthcare and technology will occur off the planet. Recognized for our expertise in microgravity design and operations, Space Tango believes that by exploring with industry and educational partners of all kinds, we can improve life on Earth and inspire the next generation to continue to expand the horizon of this new frontier.
Crystalplex provides fluorescent nanoparticle technology to the biomedical research, molecular diagnostic, and pathology markets.
Company converts Carbon di-oxide into water and nanotubes.
Modumetal® is a new class of materials that represents a disruptive change in both the performance and manufacturing efficiency of advanced materials. Modumetal is addressing the limitations of current metals in corrosion, wear, fatigue and weight. The market for Modumetal materials exceeds $2 trillion worldwide. Modumetal is a layered alloy, similar in structure to plywood, but comprising layers that are on the order of nanometers in thickness. Modumetals are superior in mechanical, corrosion, wear and thermal performance, but are comparable in cost to conventional non-layered metals. Nanolayered alloys cannot be produced by conventional heat-based metallurgical processes. Modumetal is produced by a patented, sustainable manufacturing process that uses electricity as the direct input form of energy and enables the production of the nano-layered materials at an industrial scale and a competitive price. The Modumetal process represents a major shift in the way metals are manufactured. It affords inherent efficiencies in end part manufacturing and reduces demand for metal raw materials.
Nanowear is an AI-based remote diagnostics platform built on cloth-based nanotechnology with applications in the cardiac, neurological, industrial safety / government and sports medicine / performance diagnostics monitoring markets. The company’s proprietary advanced materials and AI enabled continuous and time synchronous electrophysiological, hemodynamic, acoustic, metabolic and activity monitoring that empowers medical professionals with scored, clinical-grade diagnostic data through a cost effective and gender-neutral, size adjustable undergarment - SimpleSense. Nanowear’s core focus on innovation and next-gen technologies will continue to propel the company towards exploring unique and groundbreaking applications for its nanosensors. Headquartered in New York, NY, the company’s research and development centers are located in Berkeley, CA and University Park, PA, with advanced materials production facility in Nashville, TN
Based in Waterloo, Ontario and Scottsdale, Arizona, Ambature, Inc. is the world leader in a-axis high-temperature superconducting technology. We design superconducting materials and quantum devices to power an innovative, sustainable future. Nearly half of Ambature’s intellectual property portfolio is dedicated to computing and sensing, while the other half is dedicated to clean energy—the generation, transmission and storage of electricity. Our unique materials and scalable device architectures enable two important shifts in the advanced chips industry: mass production and higher operating temperatures of superconducting devices. If the transistor is the most fundamental semiconductor device, then the Josephson junction (JJ) is the most fundamental superconductor device. JJs are building blocks for sensors, quantum computers, and high-performance or energy-efficient classical computers. Our JJs can be manufactured at scale in any major foundry in the world using standard silicon fabrication equipment. Semiconductors conduct electricity with some resistance. Resistance generates heat in wires, batteries, antennas, smartphones, computers, etc. Heat is the major barrier to advancements in semiconductor power, speed, density, efficiency, and reliability. Our materials address the heat problem because superconductors conduct electricity without resistance. Superconductors typically operate at very cold temperatures, but Ambature’s roots are in research towards room temperature superconductivity. There are low-temperature superconductors (LTS) and high-temperature superconductors (HTS). HTS devices reduce cooling power consumption and coolant costs by an order of magnitude. Ambature’s a-axis HTS JJs will be the first commercially available, mass produced HTS tunnel junctions. They are viable because we have overcome historical technological barriers by mastering a-axis rather than conventional c-axis epitaxial growth.
Making Impossible Optics Possible! ImagineOptix creates innovative solutions for optical and opto-electronics challenges in displays, telecommunications, imaging, optical storage, spectroscopy and many others. In collaboration with organizations across a wide range of industries, ImagineOptix applies proprietary technologies to control and capitalize on the properties of light in unexpected ways, resulting in dramatic improvements to optical efficiency and performance. Our patented thin-film wavefront and spectrum control technologies have been successfully applied to imaging systems, telecom switches, LCDs, and have enabled the world’s smallest, most battery-efficient projectors.
Nantero has developed the industry’s only non-volatile memory made with carbon nanotubes, enabling a new generation of super-fast, energy-efficient and secure memory with the highest endurance. These NRAM™ storage solutions will enable Nantero to drive new innovations in consumer electronics, computing, automotive, space exploration, industrial, enterprise networks, and more
Founded in 2010 as a spinout from Professor Zhenan Bao’s chemical engineering laboratory at Stanford University, C3Nano is the developer of the solution-based, transparent conductive inks and films as direct replacements for indium tin oxide (ITO). They are the performance leader in Transparent Conductor Films (TCFs) and Activegrid™ silver nanowire (AgNW) solution-based inks for the touch sensor and display industry. C3Nano has raised $37 million in funding to date, which has enabled the company to quickly achieve best in class ink formulations and expanded production capabilities. C3Nano is headquartered in Silicon Valley with an industry leading manufacturing base in Korea.
Work Your Passion. Live Your Purpose.
