TESCAN MAGNA for Life Sciences
Advanced UHR SEM and STEM imaging for characterization of your biological and beam-sensitive samples.
MAGNA form TESCAN performs a routine investigation of heavy-metal stained ultra-thin sections with excellent contrast using the In-beam BSE detector at extremely low kV Easy-to-use STEM detector as a cost-effective alternative to routinely used TEM.
It is compatible with major cryo-system suppliers on the marketEasy-to-use, fully customizable, application-oriented and modular user interface.
Advanced UHR SEM and STEM imaging for characterization of your biological and beam-sensitive samples.
MAGNA form TESCAN performs a routine investigation of heavy-metal stained ultra-thin sections with excellent contrast using the In-beam BSE detector at extremely low kV Easy-to-use STEM detector as a cost-effective alternative to routinely used TEM.
It is compatible with major cryo-system suppliers on the marketEasy-to-use, fully customizable, application-oriented and modular user interface.
Key Benefits SEM TESCAN MAGNA for Life Sciences
- UHR imaging of non-conductive beam sensitive samples at low-kV.
- A routine investigation of heavy-metal stained ultra-thin sections with excellent contrast using the In-beam BSE detector at extremely low kV.
- Easy-to-use STEM detector as a cost-effective alternative to routinely used TEM.
- Compatibility with major cryo-system suppliers on the market.
- Easy-to-use, fully customizable, application-oriented and modular user interface.
Feature of SEM TESCAN MAGNA for Life Sciences
Activated carbon doped with metallic nanoparticles visualized with In-Beam SE detector at an accelerated voltage of 2 keV
Resin embedded brain tissue. The ultrastructure was visualized using In-Beam BSE detector at accelerating voltage of 2 keV
Morphology of nanoparticles used in drug delivery research visualized by R-STEM detector at 30 keV
More Information
Get more technical information for this Scanning Electrone Microscope (SEM) for Life Science here!
