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Phenom Desktop SEMs, also known as benchtop or tabletop SEMs, embody the functionality and capabilities of larger, floor-standing SEM models, while introducing specialized software analysis tools and a level of versatility of their own that caters to the needs of modern laboratory settings.
CL imaging is a cutting-edge technique that utilizes the light emissions from samples in electron microscopy to glean distinctive material insights with exceptional spatial resolution. Delmic CL detectors enable the exploration of material properties, helping researchers unlock a deeper understanding of nanoscale physics.
LUXOR sputter coaters are advanced devices that provide automated and controlled deposition of homogenous gold or platinum layers for use in reducing the effects of electric charging in scanning electron microscopy, offering improved image quality and reproducibility.
Ion milling is an essential part of the sample preparation process for electron microscopy. This method can remove surface contamination, planarize mechanically cross-sectioned samples, or thin and polish electron-transparent lamellae. These solutions are used across various fields like material science, biological research, and more.
The Bioinicia family of instruments are designed to maximize control over electrospinning and electrospraying processes, enabling the reproducible fabrication of perfect nanofibers and nanoparticles.
VSParticle provides innovative solutions for generating nanoparticles and fabricating nanostructured or nanoporous layers for electrocatalysis, gas sensors, and many other applications.
QSense QCM-D systems enable analysis of molecular interactions and surface properties in real-time. The QSense line allows vast exploration and experimentation, making it easy to find answers to research questions in various disciplines.
Attension tensiometers spans both optical and force characterization techniques, offering maximum versatility for studying surfaces and interfaces. The Theta line focuses on optical interfacial measurements, and the Sigma line is geared towards measurements of force.
KSV NIMA has the widest selection of Langmuir and Langmuir-Blodgett Troughs of various sizes and functions. The modular trough systems are designed a frame capable of fitting multiple trough tops. The result is a flexible, and interchangeable solutions for multiple applications.
KSV NIMA ISR enables both dynamic and static measurements to define the viscoelasticity of the interfacial layers. With dynamic measurement, viscoelastic properties are measured as a function of frequency, time, strain, temperature or surface pressure.
Ivium Technologies is one of the leading manufacturers of research-grade potentiostat/galvanostat instruments. They have established a reputation for making highly accurate and customizable instruments to suit any application. Their products range from handheld USB-powered potentiostats to high current options.
Battery testing regimens require high throughput, affordable per-channel cost, and reliability. Ivium Battery Cyclers have parallel, simultaneous, and independent testing on many channels with direct to disk data storage for confidence that your data is safe. Impedance is available on every channel to round out your testing capabilities.
DENSsolutions develops plug-and-play in situ TEM systems designed to transform conventional TEMs into multi-functional laboratories. Their solutions leverage the latest in MEMS technology, modular holder designs, powerful software, and compact accessories.
The VitroJet™ is designed to take the frustration and waste out of Cryo-EM sample preparation by allowing researchers to optimize the settings of ice quality, ice thickness and sample deposition before placement in the microscope.
CheeTah hybrid pixel detectors deliver a powerful combination of features useful for beam sensitive studies, electron diffraction, 4D-STEM, and ultrafast EELS applications. Based on Medipix and Timepix technology, the detectors allow unprecedented high-speed, dynamic range, and noiseless data acquisition.
Ion milling is an essential part of the sample preparation process for electron microscopy. This method can remove surface contamination, planarize mechanically cross-sectioned samples, or thin and polish electron-transparent lamellae. These solutions are used across various fields like material science, biological research, and more.
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