23cm triple mode x-ray image intensifier

Newheek NK-23XZ/P3HTA Image Intensifier
1. Highlights:
√ NK23XZ/P3H/TA Image Intensifier is a 23/16/12 cm triple mode, output image of 25mm x-ray image intensifier for different diagnostic x-ray applicaton.
√ It is widely used on C-arm, stand fluoroscopy, lithotrity, diagnostic, remote update, industrial nondestructive (NDE) etc x-ray equipment.
2. Technical Features
Useful entrance field size
23cm
215mm
16cm
160mm
12cm
120
Output image size
25mm
Central resolution
23cm
52Lp/cm
16cm
58Lp/cm
12cm
68Lp/cm
Conversion factor
23cm
220 (cd/m2)/(mR/s)
23cm
26 (cd/m2)/(μGy/s)
DQE Standard
23cm
65%
Contrast
0.1
23cm
30:1
10mm
23cm
19:1
Input voltage
24VDC
3. Detail Picutures
4. Mechanical Diagram:


5. Configuration
No.
Parts Name
Qty
1
Image Intensifier
1 Set
2
4-pin Plug & Socket
1 Set
6. Packaging
* Adopt waterproof and shockproof double cartons.
* Carton size: Length 54cm, Width 47cm, Height 49cm.
* Gross weight: 23KG, Net weight: 21KG.
7. Delivery
* We promise delivery the product within 3 days after receiving the payment.
* DHL, UPS, TNT, EMS etc express can be chosen at random.
1. Q: What is the image intensifier?
A: The first practical x-ray image intensifiers is manufactured by Holland Philips in 1952. Its appearance is regarded as a milepost in the x-ray imaging field. X-ray is not visible due to its physical characteristics. The early use of x-ray imaging is dependent on the compounds (which is sensitive to x-ray) excited by x-ray to produce fluorescence. Therefore, when using x-ray for medical examination, if not to make corresponding protection, the operator will be injured by x-ray radiation in different degrees, at the same time, if the radiation dose is too large, the examination body will be also injured by x-ray radiation. based on this reason, people are actively seeking a method to reduce the radiation dose and to protect operator far from radiation. Then, the x-ray image intensifier is being produced.
2. Q: What is the workprinciple of image intensifier?
A: The working principle of x-ray image intensifier (hereinafter called intensifier) is realized by using the electronic and optical principles of physics. In some simple words, the x-ray penetrates the examination body forming an image, which projects to the image input end of image intensifier, thereby stimulating the input end of image intensifier to produce weak visible light image. This weak visible light stimulates the photocathode to produce escaping electron. Under the high voltage electric field, the electron is accelerated and focused to the image output end of image intensifier. The electron and the accelerated focus stimulate the image output screen of image intensifier to produce sufficient brightness visible image. The image brightness produced from the output screen is enough to allow the electronic camera photosensitive, thereby realizing the conversion from x-ray signal to visible light signal to electric signal. The electric image of the converted photoelectric signal could be processed by the camera and transmitted to a farther place, where it could use the monitor to watch. Therefore, it realizes the operator and the machine isolation, which makes the operator far from radiation. Meantime, due to the electron accelerated stimulation principle of the image intensifier, which could make the image brightness is further enhanced, so that the radiation of the examination person is reduced substantially, and then realizing the purpose of reducing radiation injure.
Newheek Advantages:

√Original manufacturer of image intensifier TV system and
x-ray machine accessories for more than 16 years.
√ Customers could find all kinds of x-ray machine parts here.
√ Offer on line technological support.
√ Promise super product quality with best price and service.
√ Support the third part inspection before delivery.
√ Ensure the shortest delivery time.
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