The 4030DX is a real-time digital X-ray imaging device commonly referred to as a flat panel detector (FPD). The main system components are the 40 x 30cm 194µm-pixel amorphous silicon FPD and universal power supply.

3/6/2025 Varex Proprietary and Confidential 4 Varex – Your Partner for Success For more than 75 years, Varex has been leading globally in innovative X-ray imaging components. The components we design are used in medical and industrial imaging applications to detect, diagnose, and protect. Varex Imaging Corporation…

Varex Imaging NDT Solutions offers numerous solutions for digital detector array (DDA) applications. From large format flat panel detectors to small form factor DDA’s, we have digital radiography inspection solutions for any need.

The PaxScan® 2020DXV is a real-time digital X-ray imaging device commonly referred to as a flat panel detector (FPD). The main system components are the 20 x 20cm 194μm-pixel amorphous silicon FPD. Interfacing to the 2020DXV is a simple task through the …

All Varex Imaging Medical DR systems are powered by Nexus DR software. Nexus DR™ is an advanced digital image acquisition software that drives XRpad and PaxScan DR solutions.

VAREX™ mufflers utilize our patented* technology to combine both the design of the stock muffler and the performance muffler into one single compact unit. A sophisticated butterfly valve mechanism is implemented to redirect the exhaust gas flow and vary be-tween the two.

Oct 14, 2022 · VAREX remotely adjustable mufflers allow you to adjust your exhaust note from a stock sounding muffler to an aggressive performance muffler, all in one compact unit. 304 Stainless Steel Oval Muffler with VAREX Adjustable valve for custom exhaust ; 8"x5"x24" with 2.25" center inlet and dual 2" outlet ; Other sizes available

Discover the flat panel detector product range of VAREX. Contact the manufacturer directly.

Amptek has a family of products built around its core DP5 digital pulse processing technology, designed for pulse height spectroscopy. It was originally designed for the detection of ionizing radiation, principally X‐ray and gamma‐ray spectroscopy.