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1,283 listed

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AJA InternationalVerified

United States

AJA is a manufacturer of thin film deposition systems including magnetron sputtering, e-beam evaporation, thermal evaporation, and ion milling systems. Founded in Scituate, MA, USA in 1989 by William Hale, MBA, BS Physics, the company was established as a supplier of innovative physical vapor deposition (PVD) products. With many systems and magnetron sputter sources shipped worldwide, AJA International, Inc. continues to discover innovative design solutions which are often copied but never equaled. The company truly remains the cutting edge in thin film technology.

Equipment & Instrumentation ManufacturersView profile →

Hiden AnalyticalVerified

United Kingdom

Hiden Analytical is a manufacturer specializing in the design, development, and production of quadrupole mass spectrometers for advanced research applications. The company serves businesses and research institutions across various industries, providing instruments for gas analysis, catalysis, and electrochemistry. Their offerings include a range of analytical tools and software solutions tailored to meet the needs of their customers.

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Hummingbird ScientificVerified

United States

Hummingbird Scientific is a company specializing in the manufacturing of advanced microscopy instruments and custom engineering solutions. They cater to researchers in nanotechnology, materials science, and biology, providing tools that enhance experimental capabilities. Their offerings include in-situ specimen holders and custom solutions tailored to specific research needs.

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MBN NanomaterialiaVerified

Italy

MBN Nanomaterialia is an Italian company that produces a wide range of nano and micro-structured metal-based powders. They use a proprietary high-energy ball milling process to create customized materials, including metal matrix composites and alloys, for applications in thermal spray coatings, powder metallurgy, and additive manufacturing.

Nanomaterial & Chemical ProducersView profile →

Park SystemsVerified

South Korea

Park Systems is a global leader in nanoscale microscopy and metrology solutions, dedicated to empowering scientists, engineers, and industries to push the boundaries of innovation. Built on a pioneering legacy in atomic force microscopy (AFM), the company has grown into the world’s #1 AFM provider and now offers a diversified portfolio that includes imaging spectroscopic ellipsometry (ISE), nanoscale IR spectrometers (AFM-IR), white light interferometry (WLI), active vibration isolation (AVI), and digital holographic microscopy (DHM). With headquarters in Korea, 16 global offices, and a trusted customer base of leading universities, national labs, and semiconductor fabs, Park Systems is shaping—and expanding—the future of nanometrology. Our Nanometrology Solutions Park Systems is committed to delivering metrology solutions that bridge scientific discovery and industrial application. Our technologies combine sub-nanometer scale precision with automation, throughput, and reliability to meet the demands of both cutting-edge research and large-scale semiconductor production. Through continuous innovation and strategic acquisitions such as Accurion (Imaging Spectroscopic Ellipsometry & Active Vibration Isolation) and Lyncée Tec (Digital Holographic Microscopy), we have built the industry’s most comprehensive nanometrology portfolio. These solutions empower customers across semiconductors, advanced packaging, materials science, energy, and life sciences to accelerate breakthroughs and achieve lasting success.

Equipment & Instrumentation ManufacturersView profile →

Stanford Research SystemsVerified

United States

SRS designs, manufactures, and supports a remarkable range of test instruments for research and industry. Since the early 1980s, SRS has delivered hundreds of thousands of instruments to scientists and engineers all around the world. Our Products SRS products are used in many diverse fields of research. Our lock-in amplifiers recover nanovolt signals from noisy backgrounds. Our atomic clocks have 1 x 10-11 frequency accuracy. Our mass spectrometers measure residual vacuums down to 10-14 Torr. Our RF signal generators, digital delay generators and clock synthesizers provide the most accurate, most precise, and most stable frequency and timing signals available. Operations Operating from 75,000 square feet of company-owned facilities in the heart of Silicon Valley, SRS has been designing and manufacturing test instruments for more than 35 years. Our innovative manufacturing process has allowed us to maintain our renowned product quality and to offer quick delivery from stock. Innovative Instrumentation Product innovation has driven the adoption of SRS's products. Recognized with R&D Innovation Awards, SRS was first to use DSP in lock-in amplifiers, direct digital synthesis in function generators, logarithmic transimpedance amplifiers in RGAs, and rational approximation frequency synthesis in RF signal generators and atomic clocks. Investing in the Future Over the years SRS has continuously invested in product research and development, plant, and equipment. Being privately held, the company has maintained the flexibility to invest where it sees opportunity, allowing good ideas the time needed to come to fruition. The approach has worked remarkably well. SRS has enjoyed steady financial growth and an unbroken record of profitability, with more than 90% of its ownership held by current employees. Our Customers SRS delivers test solutions to academic, government and corporate users worldwide. We also license our technology to other test and measurement companies, accelerating their pathway into challenging new markets.

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10-9 ConsultingVerified

Austria

10-9 seeks to contribute to scientific research, offers to conduct scientific projects and intends to help in the successful realisation of scientific work. 10-9 is an enabler for successful nano-science. 10⁻⁹ – Nano Consulting Enabling Successful research The nano-sphere is the fusion of the three big natural sciences - namely physics, chemistry and biology. For the past 15 years I was honored to support valuable scientific work in my position as an application engineer and scientist on behalf of one of the world´s leading scanning probe microscopy companies. Through my professional and academic work (over 30 peer reviewed publications with 3000 plus citations and an h-index of 24) I have come across a vast variety of sample challenges, applications, training situations and unusual techniques, and I have visited hundreds of labs and users. With confidence I can say I have an answer to almost any question you might have. 10⁻⁹ is your reliable partner for: - Technical & application support, service & training for AFMs - Outsourcing of entire measurement-projects - Consulting for the acquisition of new devices - Preparation and execution of measurements on site - Consulting & assistance in measuring processes From the acquisition of a new AFM to the technical support or even the execution of entire measurement processes, 10-9 will help you to reach your scientific goals in time and in budget. 10-9 allows you to outsource research and benefit from rare expert knowledge in the ever faster evolving field of nano-technology. As a speaker at your conference I will provide you with profound experience and the latest insights in the developments in the nano-sphere.

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2d+ CrheaVerified

France

CRHEA is a public research center specializing in heteroepitaxy and its applications. It conducts advanced research in electronics, photonics, and nanotechnology, collaborating with academic institutions and industry partners to foster innovation. The center provides services in epitaxy and material characterization, addressing the technological needs of its clients.

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MASSIVE-sdAB ONI 2-PLEX Kit

ONI (Oxford Nanoimaging)

This kit contains two single-domain antibodies (sdABs) for DNA-PAINT as well as the necessary imager strands and buffers that are required for sample preparation and imaging. Each sdAB can be coupled to a single DNA-PAINT docking site and two sdABs can bind one primary antibody, resulting in two docking sites per primary antibody. The reagents are tested and optimized for the Nanoimager. Simply add your primary antibodies of interest and you are ready for 2 color DNA-PAINT imaging.

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DNA-PAINT Kit

ONI (Oxford Nanoimaging)

This kit (MASSIVE-sdAB ONI 2-PLEX Kit) includes two single-domain antibodies (sdABs) for DNA-PAINT, along with imager strands and buffers for sample prep and imaging. Each sdAB binds a DNA-PAINT docking site, with two sdABs per primary antibody. Optimized for ONI microscopes—just add your primary antibodies for 2-color DNA-PAINT imaging.

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AutoEV in CODI

ONI (Oxford Nanoimaging)

When combined with our newest software offering, AutoEV, your system will be calibrated and optimized to acquire and analyze a 4-lane chip automatically and deliver a comprehensive report of EV size and positivity for each individual lane in 90 mins.

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TUBALL™

OCSiAl

TUBALL™ has potential applications across up to 50% of global materials markets TUBALL™ is the brand under which the first graphene nanotubes available for mass application in the industry were launched on the world market. 0.01% effective even at ultra-low concentrations < 1% low impurity content G/D > 90 high quality of nanotubes TUBALL™ even at 0.01% can transform other materials in unprecedented ways compared to existing carbon-based materials. When distributed in the matrix of a material, graphene nanotubes form a three-dimensional reinforcing and conductive network. This is the mechanism that enables new properties to be achieved. These are the unique morphology and origin that allow graphene nanotubes to build a 3D network at very low concentrations. This is why TUBALL™ has a minimal effect on the original color and other key properties of materials, unlike any other conductive and reinforcing additives. As little as 0.01% TUBALL™ in a material is enough to drastically change its properties TUBALL™ – One Additive for Thousands of Materials LITHIUM-ION BATTERY 0.05% of TUBALL™ in the silicon anode increases battery cycle life by up to 4 times Silicone 0.05% of TUBALL™ allows the combination of conductivity and color Textiles 0.06% of TUBALL™ guarantees permanent anti-static properties PSA film 0.04% of TUBALL™ provides stable anti-static properties while retaining transparency and allowing an increased service life Rubber for tires 0.1% of TUBALL™ improves grip and durability ABS PLASTIC 0.03% of TUBALL™ increases impact resistance and makes materials anti-static Glass 0.05% of TUBALL™ increases strength and allows a significant reduction in the use of toxic substances Aluminum TUBALL™ gives a 100% increase in both tensile strength and Young’s modulus

CarbonView product →

Graphene nanotubes

OCSiAl

Thanks to their unique physical properties, graphene nanotubes increase energy efficiency of materials, which will help reach a carbon neutral society. Ultra strong 100 times stronger than steel Ultra long length-to-diameter ratio of over 3,000 Ultra conductive one of the best conductors on Earth Decades of research have confirmed that graphene nanotubes are a universal additive for most materials existing on Earth. When distributed in material, graphene nanotubes form a 3D reinforcing conductive network, and make it possible to create products with previously unachievable properties. It is expected that less raw material will be needed to create more efficient products that raise standards of living. This is crucial in order to reduce carbon emissions and preserve our biosphere. With just 0.02–0.2% of graphene nanotubes, together with our partners, we are: Increasing impact strength by 20% in conductive thermoplastic composites to develop more durable and lightweight composites that result in cars with higher energy efficiency Improving the energy density of batteries with silicon anodes by +20% to bring closer the mass adoption of EV cars and decrease the number of cells to recycle per car Raising full silica tire tread tear strength by +60% and M300 by +30% to save 600 g of carbon black per tire, leading to a significant reduction in CO 2 emissions

CarbonView product →

TUBALL graphene nanotubes

OCSiAl

OCSiAl produces high-purity graphene nanotubes on an industrial scale under the TUBALL™ brand name. OCSiAl has developed and is marketing globally a wide range of nanotube products for electrochemical power sources and various polymers and creates fundamentally new products based on them. Graphene nanotubes give PET fibers stable, permanent electrical conductivity meeting safety standards for electronics, clean rooms, and workwear. Compared to previous-generation additives, nanotubes offer superior functionality and maintain flexibility, durability, hypoallergenic properties, and customizable color options. The ultralong structure of graphene nanotubes allows them to form a 3D network inside the material throughout its entire volume, ensuring uniform conductivity across the fiber without carbon release. This enhances anti-static and electromagnetic interference (EMI) protection without compromising color or comfort.

CarbonView product →

TUBALL MATRIX 617

OCSiAl

The user-friendly nanotube dispersion TUBALL TM MATRIX 617 results in excellent electrical conductivity combined with more than 90% transparency in a wide range of peeling-strength PSA films. The nanotube concentrate can be seamlessly integrated into silicone PSA resins without altering standard mixing processes or equipment. "The recently developed product is a concentrate based on a user-friendly reactive silicone polymer and pre-dispersed TUBALL™ graphene nanotubes specifically designed for silicone PSA systems. It offers an extremely fine quality of nanotube dispersion and is easier to handle in specific applications, notably in a low solid-content systems," said Ekaterina Gorbunova, Development and Support Leader for Elastomers and Vice President at OCSiAl Group. Just 0.2% TUBALL™ MATRIX 617 ensures uniform dispersion of conductive particles inside PSA film. This results in a stable surface resistivity of less than 10 7 Ohm/sq, even after multiple peelings and exposure to high temperatures, which makes it possible to meet strict requirements for stable touch screen operations.

CompositesView product →

TUBALL FOIL

OCSiAl

For Li-ion battery applications, OCSiAl has developed yet another cutting-edge product, TUBALL FOIL, which is aluminum and copper foil coated with single wall carbon nanotubes. This exceptional product, which has a coating less than 50 nanometres thick, is ready to use and increases energy density and prolongs battery cycle life.

BatteriesView product →

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