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The above images are examples of visualized data at the atomic scale. Click here to view more visualization examples in our Applications Section.

Welcome to Imago... Providing Quantitative 3D Compositional Imaging and Analysis with Atomic Resolution

The commercialization of nanotechnology presents unique challenges to researchers and industry around the globe. New analytical technologies are required to analyze at the atomic-scale. Breakthrough technologies from Imago Scientific Instruments have made us the recognized world leader in nanotechnology tools and solutions.

Imago's LEAP® microscope product line combines 3D atomic-scale structural information (similar to TEM) with elemental composition (similar to SIMS) - the ultimate metrology tool. The LEAP microscope provides the fastest, most comprehensive analysis of materials at the atomic scale. Imago's LEAP microscope product line is currently instrumental in cutting edge research in many fields and industries including Metallurgy, Data Storage, Semiconductors, and Advanced Materials.

"Imago provides the tools for the nanotechnology revolution."
- Lux Research
WORLD-CLASS MATERIALS RESEARCH INSTITUTE ORDERS LEAP 3000X HR
 
   Max-Planck-Institute für Eisenforschung in Düsseldorf and Imago Team to Create 3D, Atomic Resolution, Microscopy Facility Targeted at High Performance Irons and Steels. Read more here.
 
NATURE NANOTECHNOLOGY: PEERING INSIDE NANOWIRES
 
Lincoln Lauhon, assistant professor of materials science and engineering at Northwestern University’s McCormick School of Engineering and Applied Science, has used Imago's LEAP microscope to provide an atomic-level view of the composition of a nanowire. Click here to read the press release.
 
LEADER IN ELECTRONIC AND PHOTONIC SEMICONDUCTOR MATERIALS ORDERS LEAP 3000X HR
 
   UC Santa Barbara and Imago team to create 3D, atomic-resolutions microscopy facility targeted at electronic and photonic semiconductor materials and high-performance structural materials. Read more here.
 
TOOL FROM IMAGO WILL SHED LIGHT ON SOME OF THE ENDURING MYSTERIES OF InGaN EMISION
 
A new analytical tool just placed into service at the University of California, Santa Barbara (UCSB) is set to solve a wide range of problems in GaN-related electronic materials.
This according to Jim Speck, a professor in UCSB's materials department and a specialist in wide-bandgap semiconductors.
Click here to read the press release.
 
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July 26-2009 to July 30-2009
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 PRESS RELEASES
UC Santa Barbara and Imago Team to Create 3D, Atomic-Resolution Microscopy Facility Targeted at Electronic and Photonic Semiconductor Materials and High-Performance Structural Materials
Max-Planck-Institute für Eisenforschung in Düsseldorf and Imago Team to Create 3D, Atomic Resolution, Microscopy Facility Targeted at High Performance Irons and Steels.
Tohoku University Institute For Metals Research Upgrades Imago LEAP Atom-Probe Capabilities
 NEWS
Atom Probe Aids UCSB's Cluster Search
Atomic-Level View Of Nanowire Composition Aids In Predicting Conductivity
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