Dynamic Amorphous Silicon Flat Panel Detector for Both Digital Radiography and Fluroscopy

• Classification: Imaging Diagnostic Equipment
• Type: X Ray Equipment
• Certification: CE, ISO13485
• Group: Middle-aged and Old
• Power Source: Electric
• Energy Range (Kv): 40 ~ 150
• Model NO.: Mercu 1717V3
• Data Interface: Gige
• X-ray Exposure: Continuous and Pulse
• Material: Metal, Plastic, Steel
• After-Sale Service: Free Spare Parts
• Pixel Matrix: 3072 * 3072
• Detector Technology: Amorphous Silicon
• Instrument Classification: Class I
• Scintillator: Csi
• Frame Rate (Fps): 5 (1*1) 20 (2*2) 30 (3*3)
• Shelf Life: 1years
• Ad Conversion (Bit): 16
• Active Area (Inch): 17 *17
• Pixel Pitch (Um): 139
• Transport Package: Carton Packaging
• Trademark: Longcare Medical
• Origin: China
• Production Capacity: 100 Set/Sets Per Month

Product Description

Product Description

Specification

Application:

Mercu 1717V3 is a digital dynamic amorphous silicon flat panel detector for the diagnosis of X-ray medical systems. It is based on the patented Amorphous Silicon TFT sensor and needles directly deposited CsI: Tl technique. Mercu 1717V3 allows radiologists to perform general radiography exams (bones, lungs) or to carry out fluoroscopic exams, in particular for gastrointestinal, tomography, CBCT, urology, orthopedics.

Features
*Proven radiation-hard a-Si sensor design
*Direct deposition CsI scintillator
*Cassette-sized dynamic
*17 × 17-inch imaging area
*139 μm pixel pitch with 16-bit ADC

item	value
Place of Origin	China
Brand Name	Longcare Medical
Model Number	Mercu 1717V3
Power Source	Electric
Warranty	1 Year
After-sale Service	Free spare parts
Material	metal, Plastic, Steel
Shelf Life	1years
Quality Certification	ce
Instrument classification	Class I
Safety standard	None
Detector Technology	Amorphous Silicon
Scintillator	CsI
Active Area (inch)	17 *17
Pixel Matrix	3072 * 3072
Pixel Pitch (μm)	139
AD Conversion (bit)	16
Frame Rate (fps)	5 (1*1) 20 (2*2) 30 (3*3)
Data Interface	GigE
Energy Range (kV)	40 ~ 150
X-ray Exposure	Continuous and Pulse