ELECTRON MICROSCOPY APPLICATIONS

Life sciences

Scanning electron microscopy (SEM) has become an integral technology in research in biotechnology, biological sciences, and medical sciences.

Today, research in diverse areas such as cell morphology, development of biocompatible materials, tissue engineering research, microbiology and many others largely depends on advanced SEM techniques.

TESCAN develops and manufactures state-of-the-art electron microscopy solutions specially designed for every application in life sciences. This wide range of specialized instrumentation helps scientists from all fields of life sciences in their ongoing research tasks and advancing science every day.

Biomedical Engineering

Biomedical Engineering combines the latest advances in medicine, biotechnology and engineering to design a variety of technologies such as cell growth support matrices, artificial tissues and implantable biomedical devices.

A fibroblast that grows in a collagen structure.

Morphology of Cells and Tissues

The cell membrane functions as a protective layer of the intracellular environment and together with the cytoskeleton defines the external shape of a cell.

Adipose tissue

Microbiologia​

Microbial biofilms have played an important role in many processes such as infection and disease spread, as well as antibiotic resistance.

Detail of cyanobacteria species

Pharmacists

Electron microscopy plays a fundamental role in the research and development of new drug formulations. Characteristics such as particle structure and size, porosity and presence of contaminants are some of those responsible for the final activity of the drug.

drug powder

Plant and Animal Biology

The high resolution and great depth of focus make SEM a great technique for observing the topography of biological samples, such as animal and plant fossils, bones, insects, plants and even small animals.

3D anaglyph of a leaf

Subcellular analysis

Subcellular analysis provides information hidden beneath the surface of cells and tissues. TESCAN offers diverse solutions for scientists interested in subcellular investigations of biological samples.

Detail of a fibroblast cell

Environmental and Food Sciences

Recently, environmental science has become one of the fastest growing life science disciplines.

Grãos de amido quimicamente modificados

TESCAN equipment for LIFE SCIENCES

TESCAN VEGA 4

Analytical SEM for routine materials characterization, research, and micrometer-scale quality control applications.

TESCAN MIRA 4

High-resolution analytical SEM for routine materials characterization, research, and quality control applications at submicron scale.

TESCAN CLARA 2

Versatile UHR cryo-SEM for characterizing your biological and other beam-sensitive samples.

TESCAN MAGNA

Advanced UHR SEM and STEM imaging for characterization of your biological and beam-sensitive samples.

TESCAN AMBER 2

Versatile nanoanalytical FIB-SEM to expand your materials research capabilities.

TESCAN SOLARIS

Advanced nanofabrication bench for your research laboratory.

TESCAN AMBER 2X

A unique combination of Fieldless Plasma FIB and UHR FE-SEM for multi-scale materials characterization.

TESCAN RAMAN SEM

TESCAN RISE combines focal Raman microscopy with SEM microscopy (RISE) in an integrated microscope system.

TESCAN AMBER CRYO

A unique combination of Fieldless Plasma FIB and UHR FE-SEM for multi-scale materials characterization.

TESCAN CLARA CRYO

UHR Cryo-SEM for the characterization of your biological and other beam-sensitive samples.

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