In aerospace manufacturing, the margin for error is not measured in millimeters. It is measured in lives. A weld that appears sound to the naked eye — and even to conventional inspection — can harbor subsurface porosity, incomplete fusion, or micro-cracking that will propagate under the cyclic stress of flight.
Worried that switching to a new digital microscope means downtime and retraining? Here’s why upgrading to a Hirox system is faster than you’d expect. Ask any lab manager or QC lead why they’re still working with an aging inspection setup, and the answer is rarely about the equipment itself. It’s
Every piece of physical evidence tells a story. A toolmark left on a door frame. A fiber transferred from one surface to another. The residue on a shooter’s hands. The surface of a questioned document where ink was added long after the original was signed. The job of forensic science
Published by Hirox USA | Digital Microscope Insights If you work in materials science, electronics manufacturing, failure analysis, or advanced quality control, you have certainly had this conversation: should we be using a scanning electron microscope or a digital microscope for this? It is a fair question, and the honest
Published by Hirox USA | Digital Microscope Insights For decades, quality control teams, researchers, and engineers relied on traditional optical microscopes to inspect surfaces, measure features, and document findings. The process was slow, subjective, and limited — two-dimensional images, narrow depth of field, and tedious manual repositioning were simply the