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New Hand- Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32

China New Hand-Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32, Find details about China High Frequency X-ray Machine, Digital X-ray Machine from New Hand-Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32

Model NO.
MSLPX32
Trademark
MSL
Origin
China (Mainland)
HS Code
9022140090
Model NO.
MSLPX32
Trademark
MSL
Origin
China (Mainland)
HS Code
9022140090
Samples of photos : 

New Hand-Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32

New Hand-Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32
New Hand-Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32
New Hand-Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32
New Hand-Hold Medical Devices High Frequency X-ray Machine X-ray Scanner Mslpx32

Size parameters:
1.Body length: 54 cm Body width: 15.6 cm Body height: 36.5 cm Detection pitch: 30 cm
2.Body weight: 4.95 kg (including rechargeable battery pack and USB capture card and image freeze,
                                             storage board)
3.Weight: 10.85 kg (including aluminum chassis, power adapter, additional protective
                                     screen, the whole machine)

technical parameters:
1.Technical performance parameters:
2.Effective field of view: 75*100 mm
3.The measured thickness is ≤300mm
4.X-ray tube operating voltage 45 ~ 90kv continuously adjustable voltage regulation accuracy ≤ ± 10
5.X-ray tube operating current 0.25 ~ 0.5mA continuously adjustable focus position deviation from the
   reference axis ± 1mm
6.Steady flow accuracy ≤±20
7.Brightness≥25cd/ m2
8.Image resolution ≤ 3lp/mm
9.Gray level ≥ 7
10.Leakage radiation under loading conditions Leakage radiation of the X-ray tube assembly and X-ray
source assembly in the loaded state, when it is operated at the nominal tube voltage under the
condition equivalent to the specified 1h maximum output energy loading, the focal point 0.5m at
any one The average air kerma energy in a 100 cm2 area should not exceed 1.0 mGy / h.

 

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