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Phenom Pharos Field
Emission SEM

The Thermo Scientific™ Phenom Pharos is the only tabletop SEM with a field emission (FEG) source, making it the highest resolution SEM in its class. Achieve high brightness and 2.0 nm resolution images in a compact design.

Perfect Nanofibers.
Everytime.

All Electrospinning equipment

The Fluidnatek systems fabricate micro and nano scaled fibers and particles through the electrospinning and electrospraying techniques.

Phenom XL G2
Desktop SEM

Learn About Phenom XL

The Phenom XL G2 Desktop SEM features full-screen images and an average time-to image of 60 seconds. The unique CeB₆ source offers a long lifetime with less maintenance. The small form factor requires little lab space, allowing you to place the SEM exactly where you need it.

Attension theta Flow
Tensiometer

More about the Theta Flow

Attension Theta Flow is an automated and versatile tensiometer for accurate measurements of static and dynamic contact angle, 3D surface roughness, surface free energy, surface and interfacial tension, and interfacial rheology.

Quantifying the
Nanoscale

More about Qsense

Analyze molecular interactions and surface properties in real-time with QSense^® and QCM-D. The unique dissipation parameter is obtained under non-voltage conditions, enabling rapid and accurate measurements.

Nanoparticles at the
Push of a Button

More about the VSP-G1

Utilizing spark ablation, VSParticle tools are designed to help you easily generate and deposit nanoparticles. This compact nanoparticle generator enables you to generate clusters and particles at atomospheric pressure and room temperature.

Cryo-EM Sample
Preparation

More about VitroJet

The VitroJet™ is a revolutionary new sample preparation solution for single particle CryoEM research. It boasts control and automation for grid preparation meaning more reproducibility for preparing samples, maximizing throughput, and eliminating the waste of valuable proteins.

Nanoscience Instruments

Serving the Nano World
For over 20 Years

Nanoscience Instruments combines expertise in microscopy and surface science instrumentation with real-world solutions. We partner with innovative instrument manufacturers around the world to help scientists and engineers solve complex problems leading to break-through innovations.

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Desktop SEMs, automated SEM, and SEM sample preparation tools

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Electrospinners/ electrosprayers, and nanoparticle generators

Interfacial
Analysis

QCM-D systems, optical and force tensiometers, ISR, and Langmuir & LB troughs

Electrochemistry
Products

Single and multi-channel potentiostats/galvanostats, and battery cyclers

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Products

Cryo-EM sample prep, graphene liquid cell assembly, and ion milling

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Nanoscience Instruments regularly participates in tradeshows and conferences around the country providing us with a chance to meet our customers and to promote our solutions and offerings to the scientific community. Please check out the Tradeshows & Conferences section to see where we are going to be soon. We also host several webinars as well as maintain a library of support articles that focus on the different applications of the technologies we provide.