TESCAN CLARA cryo for Life Sciences
CLARA CRYO form TESCAN Versatile UHR cryo-SEM is dedicated for the characterization of biological and other beam-sensitive specimens.
It is equipped with UHR SEM imaging special for beam-sensitive samples and non-conductive biological materials at low kV.
CLARA CRYO delivers excellent imaging capabilities under cryogenic conditions and routine imaging of nanostructures as well as bulk specimens with the dedicated E-T detector.
It is well known for extended field-of-view and easy navigation across sample thanks to the Wide Field Optics™ design.
Besides all that, CLARA CRYO is offered with very attractive Price, Performance and Cost of Ownership Proposition.
CLARA CRYO form TESCAN Versatile UHR cryo-SEM is dedicated for the characterization of biological and other beam-sensitive specimens.
It is equipped with UHR SEM imaging special for beam-sensitive samples and non-conductive biological materials at low kV.
CLARA CRYO delivers excellent imaging capabilities under cryogenic conditions and routine imaging of nanostructures as well as bulk specimens with the dedicated E-T detector.
It is well known for extended field-of-view and easy navigation across sample thanks to the Wide Field Optics™ design.
Besides all that, CLARA CRYO is offered with very attractive Price, Performance and Cost of Ownership Proposition.
Key Benefits SEM TESCAN CLARA cryo
- UHR SEM imaging of beam-sensitive samples and non-conductive biological materials at low kV.
- Excellent imaging capabilities under cryogenic conditions.
- Routine imaging of nanostructures as well as bulk specimens with the dedicated E-T detector.
- Extended field-of-view and easy navigation across sample with the Wide Field Optics™ design.
- Attractive Price / Performance and Cost of Ownership Proposition.
Feature of SEM TESCAN CLARA cryo
High pressure frozen softener containing microcapsules imaged with chamber ET detector at 3 keV
Collagen fibers visualized with Beam deceleration mode at accelerating voltage of 100 eV
Large overview image of resin embedded brain tissue imaged with Low-energy chamber BSE detector at accelerating voltage 2 keV
More Information
Get more technical information for this Scanning Electrone Microscope (SEM) for Life Science here!
