X-ray Microscope Technology
Every major medical device manufacturer in the USA uses Glenbrook x-ray systems for medical device inspection
With the power and precision of Glenbrook's patented real-time x-ray microscope technology, you'll see sharper, more detailed images than you ever thought possible from an x-ray inspection system.
Forget what you thought you knew about x-ray imaging and get ready to see:
- Internal mechanisms of medical devices, even through hard-to-image materials.
- Flaws or missing parts early in the production process, before they become an issue in patient care.
- Defects that can be corrected or removed, to comply with good manufacturing practices as described in FDA 21 CFR 820 regulations and other FDA Guidelines.
- Internal deployments as they occur, with Glenbrook systems customized with digital video recording, for on-the-spot viewing and taping for storage and replay.
Only Glenbrook's real-time x-ray camera has the high resolution and high sensitivity needed to image soft materials used in medical devices: polymers, rubber, ceramic and collagen. And only Glenbrook's real-time x-ray inspection systems offer compact, affordable versatility to meet your laboratory or production requirements.
The MedaScope Medical Device X-ray Scanner- The most sensitive real-time x-ray inspection system in the world, equipped with an X/Y motorized positioner and customizable for pass-through production inspection. For more information, click here.
The MedaScope Desktop- A portable, compact system for real-time magnified x-ray screening of single devices. Weighing less than 60 pounds, it is easy to carry and set up rapidly in any location. For more information, click here.
The JewelBox Series- The high magnification x-ray inspection instrument for quality assurance of critical devices, unique in its ability to image at a very broad range of voltages for both low and high-density materials. Using digital video recording, it allows internal moving parts to be observed as they deploy and recorded for replay.


