The Machine That Sees Everything
A failed battery or faulty computer chip may look perfectly ordinary from the outside. In Orlando, a new $4 million microscope can go looking for the problem almost atom by atom.
When the Defect Is Too Small to See
The new Thermo Fisher Talos F200X electron microscope at the University of Central Florida is impressive technology, certainly. But its larger value to Florida may be as something more practical: business infrastructure.
Imagine a company developing a new battery material. Testing reveals that performance drops after repeated charging, but nobody can tell exactly why. A sample can be brought to UCF, where researchers can examine how its structure changes during charging and discharging at the atomic scale. The instrument can also map which elements are present, potentially exposing contamination, chemical changes or tiny structural failures that ordinary inspection would miss.
That same ability has implications far beyond batteries. UCF identifies possible applications in semiconductors, electronics, aerospace, defense, biotechnology, pharmaceuticals, energy and materials designed for extreme environments.
The microscope is especially useful for delicate materials because its configuration allows researchers to collect detailed information while reducing some of the damage conventional electron-beam analysis can cause.
Finding one troublesome atom may sound like scientific needle hunting. For a manufacturer trying to understand why an expensive component failed, however, that needle can matter quite a bit.
A Laboratory Companies Can Share
The microscope is housed inside UCF’s Materials Characterization Facility, a roughly 7,000-square-foot shared facility that already offers an extensive collection of materials-analysis and sample-preparation equipment.
Crucially, access is not limited to university researchers. Industry and government users can work with the facility, which means a Florida company can request access to sophisticated scientific equipment without buying the machine, constructing a specialized laboratory and staffing the entire operation itself.
That lowers a significant barrier for smaller businesses trying to develop advanced materials or diagnose failures. Shared equipment lets expensive tools serve many organizations rather than sitting behind the doors of the few companies large enough to own them.
There is a workforce piece, too. UCF plans to incorporate the Talos F200X into undergraduate and graduate coursework, and trained students can gain hands-on experience with advanced characterization techniques. Those skills feed directly into sectors such as semiconductors and advanced manufacturing, where knowing how materials behave at microscopic scales has become part of making better products at full size.
Florida’s next industrial breakthrough may begin with a battery, chip or aerospace component that did not work quite right.
The important part could be finding the one atom that explains why.
For more opportunities to build specialized skills across Florida, explore the Guide to Florida directory at https://guidetoflorida.com/continuing-education-programs.
