Used HEWLETT-PACKARD Faxitron #139290 for sale

Manufacturer
HEWLETT-PACKARD
Model
Faxitron
ID: 139290
X-ray imaging system Model no. 438050-320 120 V, 800 VA max, 60 Hz.
HEWLETT-PACKARD Faxitron is an x-ray imaging equipment designed for medical use. This system uses a high-resolution x-ray detector to capture images and then sends them to a computer or printer for viewing and interpretation. It is commonly used for imaging small body parts such as a finger, palm, elbow, or foot. The unit has the capability to expand the area of view from 4 to 40 inches and its magnification varies from 4 to 20 times. Faxitron machine consists of an X-ray production unit, a high-resolution flat panel detector, a control console, and a display/printer. The X-ray production unit consists of an X-ray generator, a collimator, and a filter chamber. The X-ray generator produces the desired X-rays and the collimator shapes the beam to the desired size, while the filter chamber reduces the X-ray intensity. The high-resolution flat panel detector is composed of pixels that detect the X-rays and electronically convert the signal into digital images. The control console controls the exposure settings and the monitor displays the X-ray images. HEWLETT-PACKARD Faxitron tool offers excellent image quality for a wide range of diagnostics. The high-resolution detector can detect very small changes in the X-ray image. The correct exposure settings can also be easily modified. The images can be saved and viewed as well as printed for further analysis. Faxitron offers faster image acquisition compared to conventional film-based systems, with the entire acquisition process lasting only around 2-3 seconds. This faster image acquisition reduces radiation exposure by about 50%. The images are of high enough quality for diagnosis and data can be digitized or printed. The software is user-friendly and easy to use. Overall, HEWLETT-PACKARD Faxitron asset is a highly reliable and accurate x-ray imaging tool. It offers excellent imaging quality, fast image acquisition, and good radiation safety. Its advantages make it an ideal choice for medical imaging and diagnostics.
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