The NEW Thermo ScientificTM 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 2nm resolution images in a compact design. The advanced hardware design and detectors enable a fast time to image and easy, foolproof handling.
The NEW Thermo ScientificTM 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 2nm resolution images in a compact design. The advanced hardware design and detectors enable a fast time to image and easy, foolproof handling.
The NEW 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. The advanced hardware design and detectors enable a fast time to image and easy, foolproof handling.
The Fluidnatek from Bioinicia fabricates micro and nano scaled fibers and particles through the electrospinning and electrospraying techniques. Versatile and powerful, these instruments generate precise, controlled, reproducible and scalable product for your application needs.
The Fluidnatek from Bioinicia fabricates micro and nano scaled fibers and particles through the electrospinning and electrospraying techniques. Versatile and powerful, these instruments generate precise, controlled, reproducible and scalable product for your application needs.
The Fluidnatek from Bioinicia fabricates micro and nano scaled fibers and particles through the electrospinning and electrospraying techniques. Versatile and powerful, these instruments generate precise, controlled, reproducible and scalable product for your application needs.
The NEW Thermo ScientificTM Phenom XL G2 Desktop SEM features full-screen images and an average time-to image of 60 seconds. The unique CeB6 electron source offers a long lifetime with less maintenance. The small form factor requires little lab space, allowing you to place the microscope exactly where you need it.
The NEW Thermo ScientificTM Phenom XL G2 Desktop SEM features full-screen images and an average time-to image of 60 seconds. The unique CeB6 electron source offers a long lifetime with less maintenance. The small form factor requires little lab space, allowing you to place the microscope exactly where you need it.
The NEW Thermo Scientific™ Phenom XL G2 Desktop SEM features full-screen images and an average time-to image of 60 seconds. The unique CeB6 electron source offers a long lifetime with less maintenance. The small form factor requires little lab space, allowing you to place the microscope exactly where you need it.
Attension Theta Flow is a highly automated and versatile contact angle meter for accurate measurements of static and dynamic contact angle, 3D surface roughness, surface free energy, surface and interfacial tension, and interfacial rheology.
Attension Theta Flow is a highly automated and versatile contact angle meter for accurate measurements of static and dynamic contact angle, 3D surface roughness, surface free energy, surface and interfacial tension, and interfacial rheology.
Attension Theta Flow is a highly automated and versatile contact angle meter for accurate measurements of static and dynamic contact angle, 3D surface roughness, surface free energy, surface and interfacial tension, and interfacial rheology.
Analyze molecular interactions and surface properties in real-time with QSense® and QCM-D. The unique dissipation parameter is obtained under non-voltage conditions. This enables rapid and accurate measurements suitable for a wide range of samples, including aqueous as well as organic solvent systems.
Analyze molecular interactions and surface properties in real-time with QSense® and QCM-D. The unique dissipation parameter is obtained under non-voltage conditions. This enables rapid and accurate measurements suitable for a wide range of samples, including aqueous as well as organic solvent systems.
Analyze molecular interactions and surface properties in real-time with QSense® and QCM-D. The unique dissipation parameter is obtained under non-voltage conditions. This enables rapid and accurate measurements suitable for a wide range of samples, including aqueous as well as organic solvent systems.
Utilizing spark ablation technology, VSParticle tools are designed to help you easily generate nanoparticles and deposit them in a variety of methods. This table-top, easy-to-use nanoparticle generator enables you to generate clusters and particles at atomospheric pressure and room temperature.
The Fluidnatek from Bioinicia fabricates Utilizing spark ablation technology, VSParticle tools are designed to help you easily generate nanoparticles and deposit them in a variety of methods. This table-top, easy-to-use nanoparticle generator enables you to generate clusters and particles at atomospheric pressure and room temperature.
Utilizing spark ablation technology, VSParticle tools are designed to help you easily generate nanoparticles and deposit them in a variety of methods. This table-top, easy-to-use nanoparticle generator enables you to generate clusters and particles at atomospheric pressure and room temperature.
The VitroJet™ is a revolutionary new sample preparation solution for single particle CryoEM research. It brings control and automation into grid preparation. This approach leads to more control and reproducible method for preparing samples, maximizing throughput, and eliminating the waste of valuable high-grade protein. The VitroJet features all of these benefits in a compact solution that’s designed for every CryoEM lab.
The VitroJet™ is a revolutionary new sample preparation solution for single particle CryoEM research. It brings control and automation into grid preparation. This approach leads to more control and reproducible method for preparing samples, maximizing throughput, and eliminating the waste of valuable high-grade protein. The VitroJet features all of these benefits in a compact solution that’s designed for every CryoEM lab.
The VitroJet™ is a revolutionary new sample preparation solution for single particle CryoEM research. It brings control and automation into grid preparation. This approach leads to more control and reproducible method for preparing samples, maximizing throughput, and eliminating the waste of valuable high-grade protein. The VitroJet features all of these benefits in a compact solution that’s designed for every CryoEM lab.
DENSsolutions utilizes MEMS devices, called Nano-Chips, to control the sample’s environmental surroundings and replicate real-life application conditions inside your TEM. The introduction of in-situ capabilities into a TEM, transforms the system from a static imaging tool into a multi-functional laboratory.
DENSsolutions utilizes MEMS devices, called Nano-Chips, to control the sample’s environmental surroundings and replicate real-life application conditions inside your TEM. The introduction of in-situ capabilities into a TEM, transforms the system from a static imaging tool into a multi-functional laboratory.
DENSsolutions utilizes MEMS devices, called Nano-Chips, to control the sample’s environmental surroundings and replicate real-life application conditions inside your TEM. The introduction of in-situ capabilities into a TEM, transforms the system from a static imaging tool into a multi-functional laboratory.
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In the last webinar of this series, Dr. Francisco J. Chaparro will debunk some common misconceptions about Electrospinning and demonstrate that you can scale up production of electrospun materials from single-needle throughput to industrial scale without sacrificing the high standard of quality that biomedical products demand.
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New: Phenom Pharos G2
Phenom Pharos is the only tabletop SEM with a field emission (FEG) source. Bring 2 nm resolution to your tabletop and achieve exceptionally crisp and bright images, even from beam-sensitive or charging materials.
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Contact Angle Goniometry
Contact angle, θ, is a quantitative measure of wetting of a solid by a liquid. It is defined geometrically as the angle formed by a liquid at the three phase boundary where a liquid, gas, and solid intersect.
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