Products & Reviews

Desktop SEM enabling high quality steel manufacturing through failure analysis and process improvement.

Desktop SEM for additive manufacturing analysis, capable of observing large samples up to 100 mm x 100 mm.

Component cleanliness analysis with a multi-purpose desktop SEM.

SEM EDX gunshot residue analysis (GSR analysis) with desktop SEM.

The Thermo Scientific™ Phenom™ Pharos is a desktop SEM with an FEG source that makes crisp, high-brightness images and the benefits of an FEG source accessible to everyone.

Desktop SEM for robust and effortless SEM analysis, expanding your research capability.

Desktop SEM with EDS capability for robust, effortless, and versatile elemental and SEM analysis.

Economical desktop SEM with advanced, easy to use features.

Focused ion beam scanning electron microscope for ultra-high resolution, high-quality sample preparation and 3D characterization.

High throughput TEM and STEM microscope for all materials science applications.

High resolution TEM and STEM microscope for all materials science and semiconductor applications.

Scanning transmission electron microscope for imaging and spectroscopy of beam sensitive materials.

TEM microscope for high productivity, high resolution TEM and STEM characterization with chemical quantification.

TEM microscope for high resolution TEM and STEM characterization with accurate chemical quantification.

Atomic resolution TEM for materials structure analysis with an environmental mode for in situ TEM studies.

Precise SEM characterization of nanomaterials with sub-nanometer resolution and high material contrast.

3D SEM for large volume samples with serial block face imaging and multi energy deconvolution.

Gallery Enzyme Master systems can efficiently manage many different enzyme assays and measuring conditions—all in a single instrument that offers consistent and reliable enzyme assay performance.

Combining robust hardware and new custom-designed software, this solution streamlines enzyme assay/activity method development and reliable routine testing—for walkaway efficiency day in and day out.

Employs the unique and universal Charged Aerosol Detector to consistently quantify all non-volatile and semi-volatile compounds even when no reference standard is available. Improve your lab's quantification capabilities with the Thermo Scientific Vanquish Duo HPLC and UHPLC Systems for Inverse Gradient.

Meet the Gallery Plus Enzyme Master - the first automated enzyme analyzer designed specifically for enzyme assay applications, with flexibility and automation Thanks to custom designed software, all reagent additions, incubations, and measurements are fully-automated, which saves time, eliminates manual error, and improves method robustness. And with reliable instrumentation, you can facilitate a simple method transfer from R…

Meet the Gallery Enzyme Master - the first automated enzyme analyzer designed specifically for enzyme assay applications. Combining robust hardware and new custom designed software, this best-in-class solution delivers fully-automated incubation settings, reagent additions, and precise measurement calculations—all with a touch of a button. This enzyme analyzer offers the smartest (and fastest) way yet to streamline method dev…

Thermo Scientific ™ PepMap ™ Neo Columns help researchers achieve excellent sample coverage in two easy-to-use formats. Moreover, when you combine PepMap Neo columns with the long term, optimum performance of the Thermo Scientific ™ Vanquish ™ Neo UHPLC system, you can further increase proteome coverage.

 Increase your throughput and maximize detector output using a second pump and intelligent column switching to eliminate the time required for column equilibration in gradient elutions. The Thermo Scientific Vanquish Duo HPLC and UHPLC Systems for Tandem LC or LC-MS increase sample throughput for any LC or LC-MS analysis.

Double your throughput and deepen your sample analysis using the Thermo Scientific Vanquish Duo UHPLC System for Dual LC. Features a dual split sampler and two pumps and flow paths, allowing you to run the same method or two different methods simultaneously on the same instrument, maximizing your lab productivity and return on investment.