Technologies RTX 2500

The Glenbrook Technologies RTX 2500 is an X-ray system used for metrology and inspection in semiconductor manufacturing and related electronics work. It is part of the broader class of X-ray inspection equipment used to examine internal features and assembly quality without cutting the part open.

An X-ray inspection system forms an internal image by transmitting X-rays through a device and detecting the varying absorption and transmission of those rays. Differences in material density, thickness, and internal geometry appear as contrast in the image, allowing hidden joints, voids, cracks, misalignment, and other internal features to be examined without physical sectioning.

In this class of equipment, the part under inspection is positioned between the X-ray source and a detector, and the resulting image is used for measurement, defect review, and process control. The machine is typically used to evaluate structures that are not directly visible from the outside, especially in packaged or assembled components.

This type of system is used in inspection and metrology steps rather than in material deposition, patterning, or etching. It is commonly placed after assembly or other fabrication steps when internal structure, bond quality, or hidden defects need to be checked before downstream integration or release.

X-ray inspection supports quality control by revealing internal condition in parts that are otherwise opaque to optical tools. It is often used alongside optical inspection and electrical test as part of a broader process verification flow.

X-ray systems of this class are used for inspection and metrology of semiconductor devices, electronic assemblies, and other packaged components. Typical uses include checking solder joints, wire bonds, internal voiding, alignment, and hidden structural defects.

They are also used wherever nondestructive internal examination is needed for opaque assemblies, including dense electronic packages and other precision-built components that require internal verification without disassembly.