All in One EM

LVEM 25E Electron Microscope

 The LVEM 25E is the All-in-One compact transmission electron microscope. It is versatile in that it combines 3 imaging modes with 2 analytical modes into one self-contained instrument. This advanced design combined with an impressive resolving power makes the LVEM 25E an exceptional partner for all your nanoscale imaging requirements.

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Learn about the unique features that make the LVEM 25E Transmission Electron Microscope a great fit for any lab.

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LVEM 25E Overview

Equipped with five imaging and analysis modes, the LVEM 25E takes research to the next level. Its super-fast sample exchange and enhanced automation make it a practical, easy-to-use tool for routine imaging applications. The LVEM 25E delivers high-contrast, detailed images from samples prepared with standard protocols and offers the option to achieve the same level of detail with reduced staining.

Beyond imaging, the LVEM 25E enables comprehensive analysis of both internal and external structures, as well as the chemical composition of samples— all within a single device. Advanced software automatically sets column alignments and aperture positions, streamlining the user experience.

Imaging Modes Features

Equipped with TEM, STEM, SEM, EDS and ED modes, the LVEM 25E provides users with a unique option to obtain multiple data results from one sample – you can easily switch between the imaging modes using the intuitive LVEM software.

Transmission Electron Microscopy

TEM Mode

Imaging in the 25 kV TEM mode offers high frame rate, live imaging, delivering well-contrasted measurements of size, shape, and structure.

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STEM Mode

Imaging at lower accelerating voltages with the 10 kV and 15 kV STEM modes provides even higher contrast levels and allows for analysing thicker samples.

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Dark Field Mode (HAADF)

Both TEM and STEM dark field modes, including High-Angle Annular Dark Field (HAADF), make imaging samples easier on challenging backgrounds, crystalline planes, dislocations, DNA, etc.

Transmission Electron Microscopy

SEM Mode

The SEM mode (BSE) offers analysis of sample surfaces for understanding surface shape and texture.

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ED Mode

Electron diffraction allows for structural characterization of crystalline materials.

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EDS Mode

The EDS mode allows for analysing the chemical composition of the samples and creating element composition maps which can be overlaid with the STEM and SEM data.

Design & Technology

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Five imaging modes in one instrument

  • Equipped with TEM, STEM, SEM, EDS and ED modes
  • Easily switch between imaging modes via intuitive software
  • Bright and dark field measurements in both TEM and STEM modes
  • SEM mode (BSE) for surface measurements
  • Energy Dispersive Spectroscopy (EDS) for elemental analysis
  • Electron Diffraction (ED) for understanding crystal structure

Fully integrated and portable design

  • Extremely compact, space-saving, and portable design
  • Single-plug installation in nearly any laboratory environment
  • No special facility requirements (no cooling, power or anti-vibration isolation needed)
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High contrast and resolution for standard samples

  • Unmatched contrast of biologic and light material samples
  • Achieve meaningful results with reduced staining
  • Image resolution as good as 1.0 nm
  • Designed for conventionally prepared samples
  • Super-fast sample exchange

Key Technical Features

The completely self-contained design maximizes the choice of installation locations, and for the first time, enables a truly effortless relocation of the electron microscope.

Product Tour

The LVEM 25E is the world's most versatile compact Transmission Electron Microscope (TEM). A compact and easy to use form factor along with powerful imaging capabilities.

LVEM 25E Material Sciences Applications

Nanomaterials

Capture shape, structure, and size distributions of nanoparticles through high-contrast TEM and SEM measurements to reveal detailed nanoscale features.

Polymers

Understand sample morphology and detect imperfections in the crystalline structure of polymeric materials using high-contrast TEM measurements and detailed ED data.

Chemistry

Quickly understand the quality and purity of your samples, or the effectiveness of a new synthesis protocol, using high-contrast TEM and SEM images and EDS data.

Combined Materials

Characterize mixtures of materials for mixture ratio, sample purity, presence of contaminants and other aspects of your samples.

LVEM 25E Life Sciences Applications

Pathology

Capture high-throughput images of thin sections prepared with standard protocols, or analyze structures typically obscured by stain using reduced staining techniques. Combine TEM and SEM measurements to assess surface characteristics and sample quality.

Virology

Quickly and reliably measure critical details about the quantity, size, shape, and capsid structures of even the smallest of viruses. Use the STEM mode to analyse the internal structures of larger viruses.

Biochemistry

Capture high-contrast negatively stained images of various biomaterials–such as proteins–with reduced stain to study size, shape, and structure. Alternatively, eliminate staining altogether to explore these materials in an entirely new light.

Immunology and Oncology

Facilitate the study of thin-sectioned, immunolabeled biological samples by imaging unstained, tagged sections using both TEM and STEM modes, complemented by EDS data for enhanced analysis.

LVEM 25E Gallery

LVEM 25E Library

Browse our full library of LVEM 25E brochures, application notes and user profiles.

LVEM 25E BROCHURE

LVEM 25E Low Voltage Compact Electron Microscope

LVEM 25E APPLICATION NOTE

LVEM for Immunohistochemistry: Immunolabeling for detection and localization of target proteins

LVEM 25E APPLICATION NOTE

Revolutionizing Wet Sample Electron Microscopy with LVEM and GLCs

LVEM 25E APPLICATION NOTE

Image Stitching Made Easy: A Comprehensive Guide to Using Fiji/ImageJ for Stitching LVEM 25E TEM Images

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