Scanning Electron Microscope

The PE-100 is a compact SEM with full-size performance. Supplied with a tungsten filament source, the PE-100 has an effective magnification of over 100,000 . Ideal for imaging larger samples due to its oversize chamber, the PE-100 comes with an impressive set of features typically seen on more expensive microscopes, including both a Navigation Camera and a Chamber Camera for increased versatility. For Details: Please visit our website.

Range of scanning electron microscopes (SEM), including both compact tabletop models and high-performance, full-sized floor models with field emission (FE-SEM) or thermionic electron sourcesused across academia, research and industry fields such as materials science, biology, and quality control

Scanning Electron Microscopy (SEM)Services 3S Analytical Technologies Private Limited is a pan-India analytical services specialist headquartered in Pune,, dedicated to delivering precise, reliable and timely results for regulated industries. We specialise in method development, method validation and comprehensive sample analysis using advanced instrumentation such as LC-MS/MS, HPLC, ICP-OES/MS and more. Our services cater to chemical, pharmaceutical, clinical-research, environmental, agro-chemical, pesticide-manufacturing, healthcare and CRO sectors. With a strong emphasis on quality, speed and innovation, we partner with you to meet complex testing demands and regulatory standards.

Specification: Magnificationx 15 ~ x 300.000 (Effective Magnification: x100,000 )Resolution3nm (at 30kv SE Image)Accelerating Voltage1KV ~ 30KVElectron GunTungsten Flarment (W)DetectorSE Detector (optional: BSE/EDS)Stage5 Axis Full Auto Stage, X: 40mm, Y: 60mm, T: -20 ~ 90 R: 360 , Z: 0 ~ 60mmSample Size65mm (H), 130mm (Diameter)Image Mode (Mod)RED(320x240), TV(640x480), Slow(800x600) Phto(1280x960, 2560x1920, 5120x3840)Frame RateRED (Max. 30 frarres/sec), TV (Max. 10 frames/sec), Slow(Max. 2 frams/sec)Vacuum SystemTurbo Molecular PumpAuto FunctionsStart,Focus,Filament,Brightness/contrastOSWindows 7OperationKey Board/MouseDimension770(W) x 880(L)x 1500(H)mm, 400kg

Semplor is an innovative high-tech company based in Eindhoven, The Netherlands. Eindhoven is the crucible of Electron Microscopy with its origins at Philips Electron Optics during the middle of the last century. Semplor was founded in 2021 by seasoned electron microscopy experts. The NANOS has been developed by passionate innovators with an extensive network and deep-understanding of EM technology and engineering. All together the team has more than 200+ years EM experience with respected electron microscopy manufacturers.

Magnification Range: ~ 15 x 300,000xStage Rotation: 360 Accelerating Voltage: 1KV ~ 30KV

Scanning electron microscopy (SEM) with energy-dispersive X-ray spectroscopy (EDS or EDX) generates a sharp picture of the sample's microscopic surface structures and provides information about its elemental composition. SEM-EDX analysis is suitable for almost all sample types and has a vast number of applications from basic scientific research to product development and quality control.What is SEM-EDX used for?SEM-EDX has many applications in industrial manufacturing and materials science. It can also be used for energy and resource management, as well as for the examination of consumer-packaged articles. With SEM-EDX, large, heavy, and challenging samples can be examined with excellent image quality showing the smallest details and the chemical composition of the material's surface.In product development, SEM-EDX is commonly used for failure and defect analyses and process characterization. Particle type and size determination and material classification can also be performed with the help of SEM-EDX to ensure the quality of the product and optimize its production processes. It is also possible to perform reverse engineering and breaking mechanism analyses.Elemental mapping, where different elements and compounds detected by the EDX detector are marked with different colors in the picture, is an effective method for observing the elemental composition of a sample at a glance. SEM-EDX can also help determine if the produced material has some additional substances, and at which point of the manufacturing process they have ended up in it.Deeper structural analysis of different materials, including the examination of surface topology, detection of surface contamination as well as determination of the causes of chemical reactions, such as corrosion and oxidation with the help of SEM-EDX can also be very useful for research and development work.How does SEM-EDX work?With SEM, the microscopic surface structures of the sample can be observed with high precision. A scanning electron microscope typically has a resolution in the nanometer range, which is much higher than that of a traditional light microscope. Therefore, a more accurate image of the sample s surface topography is obtained with SEM. More information about the SEM operating principle can be found on our SEM page.A large selection of needs in science and industry can be met with SEM, as many different accessories can be added to the microscope to get different kinds of information about the sample (e.g. EBSD, BSE). When the goal is to determine the elemental composition of the sample, an additional EDX detector is attached to the SEM machine. The EDX detector identifies the elements in the sample along with determining their concentrations and distribution.For more information about our SEM analysis capa

The FlexSEM 1000 II VP-SEM combines innovative technological features with an intuitive interface, to deliver adaptability and flexibility in a powerful, automated, lab-friendly package. Cutting-edge technology and circuitry provides unrivaled imaging performance, even in variable-pressure environments, a feature previously only available in a full-sized SEM. This SEM runs on clean energy for an economical analytical tool, without compromising performance. The FlexSEM will change your view of electron microscopy!