PLX8200 digital x ray machine

Usage of digital x ray machine( (PLX 8200, 25kw / 200mA ) )
Applied to the chest, skull, spine and limbs and other parts of the X-ray digital imaging.
Technical parameters of digital x ray machine
Dual-focus small focus: 0.6mm, large focus:1.3mm
Maxium thermal capacity 900kJ(1200kHU)
Tube voltage 40~125kV
Tube Current 200mA
Digital detetor CCD
Output power 25KW

Features of  digital x ray machine
 1.The electric lift and rotatable newly designed U-shaped frame can meet the photographic requirements of different standing and lying positions. The U-shaped design can make the operation much more convenient and flexible.
2.The world leading digital CCD detector can help you get the high-definition images.
3.The leading domestic high power compact high frequency X-ray generator and high frequency power inverter makes the machine much more compact and more convenient without the extra high-voltage generator and cable.
4.Newly designed photographic bed used specially for the U-shaped arm X-ray system . The bed floating and electromagnetic lock design makes it convenient for the accurate position of the recumbent patients.
5.Specially designed working station for DR adopts all-digital intelligent touchable LCD control system which is graphic and real color. This system makes the operation easier and more convenient.
6.Apply different photographic parameters according to the human's characteristics, such as multi-site, multi-position, muti-body shape, adult and children etc.
The parameters can be modified and stored at will and make the operation more convenient.
7.The high quality ,high frequency high-voltage X-ray generator and high frequency power inverter can produce high-definition and good contrast images by high quality radiation and low dose.
8.The application of the kV and mA digital closed-loop control technology and the real time control of the microprocessor ensure the accuracy and repeatability of the dose.
9.The multiple automatic protection features and fault tips ensure safety during the operation process.