The nanoFLeye™ is a high-resolution, "All-in-One" fluorescence microscope system designed for imaging small biological samples. It is a transportable unit that includes an integrated PC and is built for ease of use. The system supports multiple imaging modes: standard widefield fluorescence, Total Internal Reflection Fluorescence (TIRF), and super-resolution microscopy via Spectral Precision Distance Microscopy (SPDM). The SPDM capability allows for the localization of individual molecules with a precision down to 20 nm. The microscope is designed for multi-color imaging with up to four lasers and is compatible with live-cell incubation systems.

Surface Concept provides retractable microchannel plate (MCP) based delay-line detectors for Transmission Electron Microscopes (TEMs). These detectors are sold as complete "plug and play" packages that mount to a standard camera port. They are designed for position and time-resolved detection of electrons, offering extremely high time resolution (sub-nanosecond). This capability makes them suitable for advanced research applications in electron imaging and time-of-flight measurements.

The FirstNano ET6308 is a compact, multi-tube horizontal furnace system designed for research and development and pilot production environments. It is a configurable multi-stack system that builds on over two decades of industry use. The system is engineered for a wide array of thermal processes, including wet/dry oxidation, atmospheric and low-pressure annealing, dopant diffusion, and the deposition of various thin films such as polysilicon (doped and undoped), silicon nitride, and LTO silicon dioxide. It features precise temperature control and options for configurable precursor gas management and effluent gas abatement.

The FirstNano ET6000 is a multi-tube horizontal furnace system designed for batch wafer processing in R&D and pilot production. It can be configured with up to four independent process tubes, each capable of processing up to fifty 150mm wafers. The system supports both Atmospheric Pressure (APCVD) and Low-Pressure (LPCVD) processes and offers high-temperature options up to 1400°C. It is engineered for a variety of standard semiconductor thermal processes, including oxidation, annealing, diffusion, and the deposition of materials like polysilicon, silicon nitride, and various oxides (TEOS, PSG, BPSG).

The EasyTube 3000EXT is a versatile Chemical Vapor Deposition (CVD) system designed for both academic research and industrial R&D. It is capable of synthesizing a wide range of nanomaterials on substrates up to 150mm x 150mm. The system features a 3-zone resistance furnace capable of reaching 1200°C, automated substrate loading, and can be configured for either atmospheric or low-pressure processes. It is specifically marketed for the growth of 1D materials like Carbon Nanotubes (CNTs) and Silicon Nanowires, as well as 2D materials such as Graphene, Transition Metal Dichalcogenides (TMDs), and hexagonal Boron Nitride (h-BN).

Enabling ultrasensitive molecular detection down to pM concentrations. Silver SERStrate is an extremely sensitive SERS substrate that enables trace detection of wide range of molecules spanning from life science to military applications. - Silver SERStrate has higher Raman enhancement than any other SERS substrate on the market today - Designed for laser excitation in the range of 532 nm to 785 nm - Uniform Raman enhancement across the entire substrate - Reproducible enhancement between different substrates and batches enabling quantitative analysis - Low background signal - Most cost effective substrate commercially available

Enabling ultrasensitive molecular detection down to pM concentrations. Gold SERStrate is an extremely sensitive SERS substrate that enables trace detection of wide range of molecules spanning from life science to military applications. - Gold SERStrate has higher Raman enhancement than any other gold SERS substrate on the market today - Designed for 785 nm laser excitation - Uniform Raman enhancement across the entire substrate - Reproducible enhancement between different substrates and batches enabling quantitative analysis - Low background signal - Most cost effective gold substrate commercially available - Can be used in aggressive solvents and at high temperatures

Flake graphene has a form of a dry powder, different types of liquid dispersions and pastes. It is used as an additive to paints, varnishes and composites, improving effectively the properties of a final product.

HydroGraph’s ultra-high purity fractal graphene is available as a dispersion, chemically modified or in custom morphologies. As our flagship product, it offers powerful performance and the most environmentally friendly production in the market.

Graphene Oxide – Water Dispersion Concentration 0.1 %, Volume 250 ml Graphene-Oxide-Water-Danubia-NanoTech-1.jpg Graphene oxide produced by wet chemical oxidation of a graphite powder at low temperature.

Boron Nitride (BN) Micron Powder, Purity: 99.7%, Size: 40-50 µm, Hexagonal

The Zurich Instruments GHFLI Lock-in Amplifier extends the advantages of lock-in amplifiers – noise rejection, phase sensitivity, frequency tracking and more – to applications that operate at frequencies up to 1.8 GHz. The GHFLI contains two physical channels that operate as independent lock-in amplifiers. Each one is equipped with 4 dual-phase demodulators that enable parallel multi-harmonics and multi-frequency analysis, and with a 6 GSa/s signal generator for drive and reference signals. The demodulator filters can be tuned to give the best tradeoff between noise rejection and measurement speed. The USB and gigabit ethernet digital interfaces enable continuous data transfer to the computer at up to 4 MSa/s while the 4 high-speed and 4 high-precision auxiliary outputs can convert the measurement results, with custom scaling and offset, into analog signals for integration with other instruments.

The Zurich Instruments SHFQA+ Quantum Analyzer integrates in a single instrument a full real-time readout setup for up to 64 superconducting and spin qubits. The SHFQA+ operates in a frequency range from DC to 8.5 GHz with an instantaneous bandwidth of 1 GHz and without the need for mixer calibration. Each of its 2 or 4 readout channels can analyze up to 16 qubits, 8 qutrits, or 5 ququads. For the 2-channel instrument, this performance requires the SHFQA-16W option.

LT-sSNOM has the capability of near-field imaging and spectroscopy together with other AFM modes such as contact, dynamic, MFM, cAFM, KPFM, PRFM. The tip-sample interface is illuminated by off axis parabolic mirror and scattered light is detected by heterodyne interferometer.

hpAFM is an advanced atomic force microscope that brings a new level of performance, functionality, design and capability. It’s designed to minimize the time to get best results. Whether you can work in liquid or in air conditions, it is for everyone from material science to life science. hpAFM offers excellent features such as alignment-free design, closed loop flexure scanner, decoupled z scanner, 10 MP video microscope and flexible operating modes.

CD Bioparticles offers a range of functional gold nanoparticles (AuNPs), each with a distinct active group. Gold nanoparticles exhibit excellent optical and plasmon properties, and their potential for research is considerable when they are combined with different ligands.

CD Bioparticles offers a comprehensive list of Organic Gold Nanoparticles. These Organic Gold Nanoparticles have a hydrophobic surface character and have great solubility in a wide range of organic solvents.

CD Bioparticles provides Basic Gold Nanoparticles including Standard Gold Nanoparticles, Stabilized Gold Nanoparticles and Ultrapure Gold Nanoparticles. Standard Gold Nanoparticles are citrate/ tannic acid stabilized and optimized for high protein binding efficiency. Concentrated Gold Nanoparticles are highly concentrated and available at 15 O.D./mL or 50 O.D./ml, even up to 100 O.D./ml as custom request. Stabilized Gold Nanoparticles show prolonged stability, higher salt tolerance and temperature stability owe to the proprietary stabilizing surfactant in citrate buffer, which are ideal for use applications requiring harsher conditions. Ultrapure Gold Nanoparticles are produced by laser ablation of bulk gold in water, which results in gold nanoparticles without any contaminants. Reactant Free Gold Nanoparticles are ideal for sensitive applications requiring a minimum amount of contaminating reactants remnant from the manufacturing process. Their purity is more than 99% reactant free. Our citrate capped spherical gold nanoparticles are prepared using citrate reduction process. The conjugation of proteins and other ligands to the gold nanoparticle surface is employed by passive adsorption due to electrostatic and hydrophobic interactions between the protein and the surface layer of the colloidal gold. The resulting conjugate can be used in blotting, electron microscopy, lateral flow, dark field microscopy, surfaced enhanced Raman spectroscopy (SERS), and other biosensor development. The high uniform shape and size of gold nanoparticles ensures antibody binding, giving reliable results in your assay. This translates into higher performance and reduced costs for your specific assay.

Elevate your research beyond Raman with the RMS1000: Its open architecture design allows for extensive customisation and upgrades, covering every application need, no matter how complex.

The mini-tau is an ultra-compact, low cost, filter-based fluorescence lifetime spectrometer. It is a fully integrated system that includes all the necessary electronics, a laser diode driver, and data analysis software.