Shop a wide selection of Electron Microscope, including new, used, and refurbished models, for high-resolution imaging at the nanometer scale. Choose from Scanning Electron Microscopes (SEM), Transmission Electron Microscopes (TEM), and Dual Beam systems (SEM/FIB) to meet your research and analysis needs. These instruments are ideal for detailed surface and subsurface imaging in various fields, from materials science to biology. Request a quote today to explore electron microscope options and find the right system for your laboratory.
Electron Microscope
Price Filter
$1.00 - $40,000.00Product Region
Product Condition
Product Warranty
Browse By Category
SHOWING 12-22 OF 22 PRODUCTS
Show Out of Stock
Thermo Fisher KIT XS II REPLACEMENT QUAD ELECTRONICS- PN 4600548 Unit 4600527
EU
Good
-49 % OFF
$329.00$650.00
ADD TO CART
ETP Electron Multiplier for Mass Spectrometer REF:00950-01-00442
EU
New
-49 % OFF
$329.00$650.00
ADD TO CART
ETP Electron Multiplier for Mass Spectrometer REF:00950-01-00442
EU
New
-49 % OFF
$329.00$650.00
ADD TO CART
ETP Electron Multiplier for Mass Spectrometer REF:00950-01-00442
EU
New
Question & Answers For:
Electron Microscope
Past Questions, Helpful Answers.
q.
What types of electron microscopes are available?
a.
Electron microscopes include Scanning Electron Microscopes (SEM), Transmission Electron Microscopes (TEM), and Dual Beam systems (SEM/FIB). Each type serves specific imaging and analysis purposes.
q.
What is the main difference between SEM and TEM?
a.
SEM focuses on surface imaging by scanning a sample with a focused electron beam, producing detailed surface topography. TEM, on the other hand, provides internal structural details by transmitting electrons through an ultrathin sample.
q.
What kind of resolution can I expect from an electron microscope?
a.
Electron microscopes offer high-resolution imaging at the nanometer scale, with some models capable of achieving atomic-level resolution.
q.
Can an electron microscope analyze both surface and subsurface features?
a.
Yes, SEM excels at surface imaging, while TEM and Dual Beam systems are suited for subsurface or internal structure analysis.
q.
Are these microscopes suitable for biological samples?
a.
Yes, electron microscopes are widely used in biology for studying cellular structures, viruses, and other nanostructures. However, sample preparation is often required.
q.
What materials can be analyzed with electron microscopes?
a.
They are versatile tools for analyzing metals, ceramics, polymers, biological specimens, and nanomaterials in materials science, engineering, and life sciences.
q.
What is Dual Beam technology?
a.
Dual Beam systems combine SEM and Focused Ion Beam (FIB) technology, enabling both imaging and precision sample modification, such as milling or deposition.
q.
Do I need specific sample preparation for electron microscopy?
a.
Yes, depending on the type of microscope and sample, preparation may involve coating, thinning, or drying to achieve optimal imaging conditions.
q.
How easy is it to operate an electron microscope?
a.
Modern electron microscopes often feature user-friendly interfaces and automation to simplify operation, though some training is recommended for advanced analyses.
q.
What are some common applications of electron microscopes?
a.
Applications include materials research, failure analysis, nanotechnology development, semiconductor inspection, and biological studies.