Top Nanotechnology Companies (109)
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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.
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.
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
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.
At PEN is a nanotechnology, the science of the infinitely small, in products that have big impact on health, safety and sustainability.
Avisi Technologies develops a nanotechnology-enabled defense against blindness from glaucoma.
Innovating at the intersection of computationally-guided discovery, molecular design and precision engineering, we build the products driving the industries of tomorrow.
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
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.
NovaCentrix is a leader in printed electronics manufacturing technologies. The company’s award-winning PulseForge tools sinter functional inks in milliseconds on low-temperature, flexible substrates, such as paper and plastic, in a high-speed roll-to-roll environment. NovaCentrix’s tools process a wide array of metal-based conductive inks, as well as ceramic and semiconductor inks. NovaCentrix also offers high-performance, economical Metalon® conductive inks which work optimally with PulseForge tools. NovaCentrix has been manufacturing high quality silver and aluminum nanopowders for the biotech and energetics industries since its founding in 1999. Inspire. Innovate. Deliver.
Peak Nanosystems specializes in the rapid development and deployment of breakthrough nanotechnology systems globally. We help industry-leading companies rewrite the rules and chart a new path forward on a journey powered by nanotechnology. For big names ready to think bigger, nanotechnology is the new frontier. And Peak Nano will guide the way—with sound strategy, and real results. We’re the people who take nanotechnology out of the lab, and make it work for your business.
OCSiAl is the world’s largest manufacturer of TUBALL™, its graphene nanotubes, and owns the only scalable technology that can synthesize them in industrial volumes. A graphene nanotube is a rolled-up sheet of graphene. The advantages of TUBALL™ nanotubes in comparison with standard additives are related to their unique combination of properties, including high electrical and thermal conductivity, strength and flexibility. To simplify nanotube handling, OCSiAl has developed its TUBALL™ MATRIX nanotube concentrate product line that allows nanotubes to be used directly in standard manufacturing technological processes. As little as 0.1% of the concentrate is often enough to improve a material’s properties significantly. So far, OCSiAl has developed TUBALL™-formulated technologies for electrochemical power sources, elastomers, composites, plastics, paints and coatings. The current production capacity is 90 tonnes per year. Headquartered in Luxembourg, OCSiAl is represented in the US, South Korea, China, Hong Kong, CIS, Japan, India, Malaysia, Mexico and Australia.
6K’s UniMelt® microwave plasma develops advanced materials across a wide spectrum of markets including additive manufacturing and battery storage. It’s positioned to replace today’s traditional processes, which are environmentally unfriendly. 6K overcomes these limitations, delivering a significantly lower cost, more sustainable approach. In additive manufacturing, the UniMelt utilizes materials like CNC scrap and turns it into premium powder. With close to 100% yield, energy is saved and waste eliminated throughout the process. Competing technologies create 70-75% scrap and are forced to either send it to landfill or put it back into the supply chain, increasing energy and carbon waste dramatically. It’s a similar story with battery materials. Traditional processes generate large amounts of pollutants, consume huge quantities of water, use energy-intensive processes and take 2-3 days for production. The UniMelt produces material in 1-2 seconds, produces zero hazardous waste, achieves a 6X reduction in water usage, and a 3x reduction in power usage and CO2 emissions.
Molecular Imprints Inc. (MII), the market and technology leader for nanopatterning systems and solutions uses its innovative Jet and FlashTM Imprint Lithography (J-FILTM) technology to provide high-resolution, low cost-of-ownership nanopatterning capability for flat panel display, hard disk drive industries, light emitting diodes, life science and other high tech industries.
Urbix is the only U.S. company that produces natural battery grade graphite for use in electric vehicles and battery storage systems. This exciting, clean tech not only ensures an environmentally responsive graphite supply chain but has the potential to eliminate our global reliance on China for processed graphite. The proprietary technology Urbix has developed is fully-sustainable, providing a critical resource to battery production in the emerging EV market. By contrast, the processes used in China use more energy, cause unnecessary water and air pollution, and source raw graphite from eco-unfriendly mines. Investing in environmentally conscious domestic graphite processing is crucial to U.S. green infrastructure goals and creates an American alternative to China's current 100% control of global graphite processing. Share in our vision for a greener carbon future.
Matrix F.T. is a manufacturer of customized, plant-based, 100% edible nanofiber scaffolds and microcarriers for the cultivated meat industry.
ACI Materials is a specialty materials company that manufactures inks, paints, and adhesives for the electronics, aerospace, solar industries. Products include flexible and stretchable conductive inks, flexible die attach adhesives, and high temperature ESD paints.
NanoMedical Systems is an innovation company focused on bringing the precision and control of semiconductor engineering to the pharmaceutical development world to solve the bioanalytical challenges of today and of the future. Over a trillion dollars has been invested in the advancement of nanofabrication technologies for driving drug development, diagnostics and personalized medicine. NanoMedical Systems is launching its new product platform, the nHance™ Peptide Capture System (PCS). The nHance™ Peptide Capture System* is a revolutionary, patented nanotechnology developed specifically for peptide enrichment and quantification eliminating many of the cumbersome steps associated with other approaches. The nanoporous coating at the heart of this system absorbs peptides within its nanopores based on size-exclusion, electrical charge and hydrophobicity. However, unlike conventional sample preparation technologies on the market today, the peptides are first captured and then subsequently released after washing in a quick and seamless elution step for subsequent LC-MS analysis. It is truly a capture system for peptides and not a flow-through system based on retention time. As such, this approach allows sufficient time for both the size exclusion and electrostatic mechanisms of action to be fully utilized. Unwanted molecules and large debris are removed during the washing procedures. Peptides of interest are extracted for subsequent identification and quantification absent interference from the complex matrix. NanoMedical Systems is also working on another technology that is an implantable nanofluidics device for long-term, constant drug delivery of various drugs.
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