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Titan™ Transmission Electron Microscope

Titan Scanning/Transmission Electron Microscope (S/TEM)

Since its introduction in 2005, the Titan's superior product design and proven ability to deliver ground-breaking results have made it the preferred scanning/transmission electron microscope  (S/TEM) of leading researchers around the world. The FEI Titan S/TEM family includes the world's most powerful, commercially-available S/TEMs: the Titan™G2 60-300, Titan3™ G2 60-300, Titan Krios™ and Titan™ ETEM (environmental TEM). Built around a revolutionary 60-300 kV electron column, all Titans enable sub-Angstrom, atomic scale discovery and exploration in both TEM and STEM modes over a wide range of materials and operating conditions. 



Watch and listen as Environmental Microscopy Sciences Laboratories (EMSL) researchers Libor Kovarik, Bruce Arey, Iwona Jozwik-Biala, and Jacek Jagielski talk about the groundbreaking results they achieved using the FEI Titan TEM.

About EMSL
EMSL is a national scientific user facility at Pacific Northwest National Laboratory, providing integrated experimental and computational resources for discovery and technological innovation in the environmental molecular sciences.
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The Titan is the first and only S/TEM designed to fully realize the benefits of corrected S/TEM. Aberration correction breaks through the fundamental optical limitations of magnetic lenses, but requires equally fundamental changes in system design to achieve the stability required for ultra high resolution imaging and analysis. The Titan's extra wide column was specifically designed to give the mechanical stability required due to the added height of probe and image correctors. Its proprietary constant power lenses and advanced power supplies provide the necessary thermal and electronic stability.

Titan G2 80-200 S/TEM Titan G2 80-200 S/TEM
The Titan 80-200™ microscope incorporates FEI's proprietary ChemiSTEM Technology, including the X-FEG (an ultra-stable high-brightness Schottky FEG source), the high sensitivity Super-X EDX detector system, and high-speed mapping electronics capable of acquiring 100,000 spectra/second, to deliver extraordinary analytical speed and sensitivity.

Learn more about ChemiSTEM Technology
Titan G2 60-300 Transmission Electron Microscope (TEM) Titan G2 60-300 TEM
The Titan 60-300™ microscope incorporates a newly designed platform dedicated to the principles of ultimate stability, ultimate performance and ultimate flexibility for corrector and monochromator technology and its applications. The microscope transfers information deep into sub-Ångström resolution making way for the highest performance available in both TEM and STEM.
Titan ETEM

 Titan™ ETEM G2 is a dedicated environmental TEM for in situ catalysis experiments. Titan ETEM enables real-time observation of gas-solid interactions and surface morphology of catalysts to give scientists news insights to catalyst function in energy and environmental applications. 


Titan3 G2 60-300 Transmission Electron Microscope (TEM) Titan3 G2 60-300 TEM
The Titan3 includes a newly designed base to provide ultra stable support for a column with both image and probe correctors and a monochromator. An environmental enclosure effectively isolates the column from external interferences and at the same time relaxes facility requirements and infrastructure costs. High speed remote control removes even the operator from the instrument environment, a change that will be welcomed by most operators. A larger pole piece gap, permitted by the corrected optics, brings new flexibility to high resolution TEM applications such as tomography, cryo TEM, environmental TEM and dynamic experiments. Field upgrades that permit the addition of correctors or a monochromator to an existing column provide budgetary flexibility as well.
Titan Krios TEM
The Titan Krios is the tool for obtaining fast, fully automated, high content three dimensional information about biological cells down to the scale resolving individual molecular complexes. It perfectly complements the cellular scale observations available from light microscopy and the atomic scale analysis provided by NMR and X-Ray diffraction. Advanced automation makes analysis fast and easy, increasing experimental productivity and enabling the high-volume analysis needed for complex biological systems.
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  Energy Spread Point Resolution Information Limit STEM Resolution
Titan G2 60-300  0.2 to 0.8 eV 80 pm 80 pm 80 pm
 Titan ETEM 0.7 to 0.8 eV 0.1 nm (Standard)
0.12 nm (ETEM)
0.1 nm (Standard)
0.12 nm (ETEM)
0.136 nm (Standard)
0.16 (ETEM)
Titan3 G2 60-300  0.2 to 0.8 eV 80 pm 70 pm 70 pm
Titan Krios 0.7 to 0.8 eV n/a 0.14 nm 0.204 nm

Note: All specifications are at 300 kV and vary by configuration.

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Upgrades & Accessories

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Falcon and EPU Automation Software for Tecnai and Titan Krios

Works With:
Upgrade your FEI Titan Krios or Tecnai TEM with the new Falcon Direct Electron Detector and EPU automation software.  This combination of technology significantly increases throughput of images and samples, and you can achieve even better resolution when conducting extreme low dose cryo-electron microscopy applications such as 3D tomography or single particle analysis (SPA). 

28 Film Holders 3.25 x 4’’

Works With: Tecnai and Titan family
Holders for 3.25 x 4 inch cut film for use with Magazine for 56 unexposed Sheet-Film Holders and Magazine for 56 Exposed Cut-Film Holders 28 pieces. Information recorded on-film includes micron marker, magnification, date and exposure number plus up to four* lines of user-entered text. (*1 line of text when used in 300 kV instruments).

28 Film Holders 6.5 x 9 cm

Works With: Tecnai and Titan family
Holders for 6.5 x 9 cm cut film for use with Magazine for 56 unexposed Sheet-Film Holders and Magazine for 56 Exposed Cut-Film Holders 28 pieces. Information recorded on-film includes micron marker, magnification, date and exposure number plus up to four* lines of user-entered text. (*1 line of text when used in 300 kV instruments).

Apertures

Works With: All Tecnai's and Titan's
FEI offers a wide range of apertures. Please specify in your inquiry which apertures you require from the long list of available apertures.

Beckmann Binoculars

Works With: Morgagni and Tecnai Families
Ergonomic TEM binoculars with good ergonomic properties and high light transmittance.

Compucentricity control

Works With: Tecnai and Titan family
The Compucentricity package provides the functionality for compucentric tilting of the beta tilt axis. The Compucentricity package thereby minimizes the sideways movement of the image when the beta tilt is  changed.    

CompuStage Double-Tilt Holder with SoftLoc

Works With: Tecnai and Titan (excluding U-twin lens)
TEM specimen holder ideal for investigation of crystalline specimens.

CompuStage High-Visibility, Low-Background, Double-Tilt Specimen Holder

Works With: Tecnai and Titan family
Double tilt TEM specimen holder ideal for combination with EDX.

CompuStage Low-Background Single-Tilt Holder

Works With: Tecnai and Titan (excluding U-twin and BioTwin lens)
TEM specimen holder constructed to eliminate the stray background peaks in the X-ray spectrum.

CompuStage Low-Background, Double-Tilt Specimen Holder

Works With: Tecnai and Titan (excluding U-twin lens)
Double tilt TEM specimen holder ideal for combination with EDX.
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ChemiSTEM Technology:

3D-EDX-promo-image-120

New 3D EDX Elemental Characterization

The revolution in X-ray analytics continues. New 3D chemical mapping capability delivers additional information for a more thorough understanding of the relationship between function, properties and structure, at the nanoscale.

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Atomic Model of Virus Reveals Mechanism Used to Economically Carry Out Conserved Functions

Cytoplasmic Virus

Unlike the multishelled viruses in the Reoviridae, cytoplasmic polyhedrosis virus (CPV) is single shelled, yet stable and fully capable of carrying out functions conserved within Reoviridae. In this article, which appears in Structure Magazine, it is revealed how CPV proteins have evolved in a coordinative manner to economically carry out their conserved functions. 

Download the complete article