A solid turbine blade scans in a predictable amount of time. An additively manufactured blade with an internal lattice structure, designed for weight reduction and optimized cooling channels, does not.
EV power modules convert battery DC to motor-driving AC through IGBT or SiC dies soldered to a ceramic substrate…
A robotic actuator looks simple from the outside: a compact housing, a motor, and a shaft that rotates or extends.
By the time a gearbox starts making noise or vibrating noticeably, the underlying defect has usually been developing for some time.
Aluminum die castings form the core of modern vehicle architecture; subframes, control arms, battery enclosures, and structural brackets are increasingly cast…
Consider a single X-ray photon emitted from the source, passing through steel, aluminum, titanium, or a multi-material assembly that requires non-destructive inspection.
Most manufacturers who contact an X-ray inspection lab for the first time arrive with the same request: “We need to inspect these parts.”
A hidden defect inside ammunition or a defence component can cause mission failure, equipment damage, safety risks, or costly non-compliance with military standards.
In industrial radiography, two parts with identical design and material can produce markedly different X-ray images, primarily due to subtle differences in material properties rather than flaws or errors.
Metal additive manufacturing has evolved far beyond prototyping.
