84kW 1000mA Digital Radiography & Fluoroscopy System

Uhlolojikelele Lomkhiqizo

 

I-digital radiography kanye nohlelo lwe-fluoroscopy luhlanganisa i-X-ray radiography evamile nesithombe sesikhathi sangempela esishukumisayo endaweni eyodwa. Idizayinelwe iminyango ye-radiology eyenza izivivinyo ezijwayelekile kanye nezifundo ze-fluoroscopic nezithuthukiswe ngokungafani.

 

I- MCI0043 Dynamic Digital Radiography & Fluoroscopy System ihlanganisa i-digital radiography, i-digital fluoroscopy, i-angiography yedijithali kanye ne-digital spot imaging . Umtshina waso omkhulu wephaneli yephaneli eyisicaba sisekela kokubili ukutholwa kwesithombe esimile nesikhathi sangempela, okuvumela ukugeleza komsebenzi okuhlukile kokuhlolwa ukuthi kuqedwe kusistimu efanayo.

 

Uhlelo futhi luhlinzeka ngokuma kwemishini okuguquguqukayo kwezifunda ezahlukene ze-anatomical kanye nezikhundla zokuhlolwa. Indawo yokusebenza edidiyelwe isekela ukutholwa kwezithombe, ukucutshungulwa kwangemuva, ukudluliswa kanye nokubika . Imisebenzi ongayikhetha efana ne -AEC, ukuqapha kwe-DAP nokuthungwa kwesithombe kunganezelwa ekugelezeni komsebenzi okuhlukile kokuhlolwa.

 

Izicelo Zomtholampilo

 

I-MCI0043 isekela uhla olubanzi lokuhlolwa kwe-radiographic kanye ne-fluoroscopic kuyo yonke i-radiology evamile kanye neminyango yomtholampilo ehlobene.

 

Isicelo somtholampilo	Ukusetshenziswa Okuvamile
I-General Digital Radioography	I-radiography evamile yesifuba, umgogodla, i-pelvis, imikhawulo kanye nezinye izifunda ze-anatomical
I-Digital Fluoroscopy	Ukuhlolwa okuguquguqukayo kwesikhathi sangempela kwesifuba, isisu nezinye izindawo ze-anatomical
Izifundo Zokuqhathanisa Zamathumbu	I-Esophagography, umehluko ongenhla we-gastrointestinal kanye nezinye izivivinyo zamathumbu
I-Urological Imaging	Ukuhlolwa kwe-Fluoroscopic nokuqhathanisa okufana ne-IVP kanye nezifundo zepheshana lomchamo ezihlobene
I-Gynecological Imaging	Izinqubo zokuqhathanisa ne-fluoroscopic ezifana ne-hysterosalpingography
I-Digital Spot Imaging	Ukutholwa kwesithombe sendawo enencazelo ephezulu ngesikhathi sokubuka okuguquguqukayo noma ukudlalwa kwesithombe.
I-Orthopedic Imaging	Ukuthwebula okujwayelekile kwamathambo kanye ne-radiography yendawo ekhethekile
Ukufanekisa Ubude Obude	Isithombe se-panoramic somgogodla ogcwele nesitho esigcwele esingaphansi uma umsebenzi wokuthunga isithombe ongawukhetha ulungiswa.

 

Izici ezibalulekile

 

1. I-High-Power Generator ye-Radiography ne-Fluoroscopy

 

Uhlelo lusebenzisa i -84 kW ijeneretha ye-X-ray yemvamisa ephezulu ene- 550 kHz inverter frequency . I-Radiographic okukhiphayo ihlanganisa 40–150 kV neshubhu current kusuka ku -10–1000 mA . I-Fluoroscopy isebenza ukusuka ku -40–125 kV , enezigaba zamanje ezihlukene ze -fluoroscopy eqhubekayo ne-pulsed.

2. 17' × 17' Isitholi Sephaneli Eyisicaba Esinamandla

 

Umtshina omkhulu wephaneli yesicaba eguquguqukayo engu-427 × 427 mm uhlinzeka ngo- 3072 × 3072 pixel matrix , 139 μm pixel pitch kanye nokuguqulwa kwe-16-bit A/D . Umtshina usekela ukutholwa okuguquguqukayo okufika ku-30 ​​fps ukuze uthole ukubonwa kwe-fluoroscopic ngesikhathi sangempela kanye ne-static radiographic imaging.

 

Indawo esebenzayo engu-427 × 427 mm inikeza inkambu ebanzi yokubuka kokubili kwesithombe esimile nesiguquguqukayo.

3. I-Radiography kanye ne-Dynamic Imaging ku-One Platform

 

Lolu hlelo luhlanganisa i-digital radiography, i-digital fluoroscopy, i-digital angiography kanye ne-digital spot imaging . Phakathi nokubuka okuguquguqukayo noma ukudlalwa kwesithombe, izithombe zezindawo ezinencazelo ephezulu zingashuthwa ukuze kuhlolwe eduze izindawo ezikhethiwe.

 

4. I-Flexible Multi-Dimensional Positioning

 

Uhlelo luhlinzeka ngokunyakaza kwemishini okuguquguqukayo ukusekela izikhundla ezihlukene zokuhlolwa kanye nezifunda ze-anatomical.

 

l I-Tube Column Swing
Ikholomu yeshubhu ye-X-ray ingashwiba isuka ku --45° iye ku-+45° , inikeze ukuguquguquka okwengeziwe kokuma kokuhlolwa kwezifunda ezihlukahlukene ze-anatomical.

 

l ±90° Ukuzungezisa Ithebula
Ithebula lokuhlola lingakwazi ukuzungeza ukusuka ku --90° ukuya ku-+90° , okuvumela isistimu ukuthi ibambe kokubili ukuma kwesithombe okuvundlile nokuqondile.

 

l I-SID Eguquguqukayo
Ibanga lomthombo ukuya esithombeni (SID) lingalungiswa lisuka ku -1000 liye ku-1800 mm , linikeze ukuguquguquka okukhulu kwezivivinyo ze-radiographic ezahlukene.

 

l I -Flexible Lateral Movement
Umtshina usekela ukunyakaza kwe-lateral okungu-320 mm , okuvumela inkambu yesithombe ukuthi ibekwe kabusha ezindaweni ezihlukahlukene ze-anatomical ngaphandle kokubeka kabusha isiguli njalo.

5. I-Automatic Beam Collimation & Removable Grids

 

I -collimator kagesi ezenzakalelayo ivumela inkambu yokucabanga ukuthi ilungiswe ngokusho kokuhlolwa okukhethiwe kanye nesimo somzimba. Lokhu kusiza ukwenza lula ukuma futhi kunciphisa isidingo sokulungiswa okuphindaphindiwe kwenkundla ye-beam.

 

Isistimu ifakwe amagridi amabili asondelene kakhulu , angasuswa uma ukuthwebula isithombe okungenamagridi kuyadingeka ekuhlolweni okusebenzayo kwethamo eliphansi.

6. Indawo Yokusebenza Yokutholwa Kwezithombe Ezididiyelwe kanye Nokucubungula

 

Indawo yokusebenza ihlanganisa ukubhaliswa kwesiguli, ukulawula ukuchayeka, ukutholwa kwezithombe, ukucutshungulwa kwezithombe, ukudluliswa kanye nokubika . Amathuluzi okucubungula isithombe ahlanganisa ukuthuthukisa isithombe, ububanzi bewindi nokulungiswa kwezinga, ukunqampuna kwesithombe neminye imisebenzi yokucubungula.

 

Ngokuxhunywa kwesistimu, isixhumi esibonakalayo se-DICOM 3.0 sisekela ukuhlanganiswa nokugeleza kokusebenza kwesithombe sezokwelapha okuhambisanayo.

 

7. Imisebenzi Enwebekayo Yokugeleza Okuhlukile Komtholampilo

 

I-MCI0043 ingalungiselelwa ngemisebenzi eminingana yokuzikhethela. I-AEC ilawula ngokuzenzakalelayo isikhathi sokuchayeka ngokwemibandela yokuhlolwa. Ukuqapha kwe-DAP kuqopha ulwazi lomthamo wokuhlolwa, kuyilapho ukuthungwa kwesithombe kusekela ukuthwebula izithombe komgogodla ogcwele noma izitho ezingezansi. Ukucushwa okungakhethwa kukho futhi kufaka indawo yokusebenza yesikrini esithintwayo se-LCD kanye nekhonsoli ekhethekile yokuhlinza/eseduze.

 

Ukucaciswa Kwezobuchwepheshe

 

Isigaba	Ipharamitha	Ukucaciswa
Ukunikezwa kwamandla kagesi	Amandla kagesi	380 V ±38 V
	Imvamisa	50 Hz ±10 Hz
	Amandla	≥125 kVA
	Ukumelana Kwangaphakathi	≤0.17 Ω
I-X-ray Generator	Amandla	84kw
	I-Inverter Frequency	550 kHz
	I-Radiography Tube Voltage	40–150 kV
	I-Radiography Tube Yamanje	10–1000 mA
	Isikhathi sokuchayeka	1–10000 ms
	I-radiography mAs	0.1–1000 mAs
	I-Fluoroscopy Tube Voltage	40–125 kV
	I-Fluoroscopy Eqhubekayo Yamanje	0.5–10 mA
	I-Pulsed Fluoroscopy Yamanje	5–20 mA
X-ray Tube	I-Focal Spot	0.6 mm / 1.2 mm
	Amandla Okushisa e-Anode	420 kJ / 600 kHU
	Isivinini se-Anode	9700 rpm ku-180 Hz / 2700 rpm ku-50 Hz
	I-Engeli eqondiwe	12°
I-Dynamic Flat Panel Detector	Indawo Esebenzayo	427 × 427 mm
	I-Pixel Matrix	3072 × 3072
	I-Pixel Pitch	awu 139m
	Ukuguqulwa kwe-A/D	16 bit
	Ukulungiswa Okukhawulelwe	≥3.7 lp/mm
	Ibanga lamandla	40–150 kVp
	Ukuthola Okunamandla	Kufika ku-30 ​​fps
I-Collimator	Buka Ukukhanya	I-LED
	Ukukhanya	> 100 lux
	Isikhathi Sokukhanya Esibonakalayo	5–45 s iyalungiseka
	Ukuhlunga	≥1 mm Al
Mechanical Movement	Ukuzungezisa Kwethebula Okuqondile	+90° kuya ku-90°
	Ukunyakaza Okuqondile	1300 mm
	Ibanga Lokuphakamisa Itafula ukuya Phansi (Ongakukhetha)	550-1350 mm
	I-Lateral Movement	320 mm
	I-SID	1000-1800 mm
	I-Tube Swing	+45° kuya ku-45°
Ukuxhumana	Isixhumi esibonakalayo	I-DICOM 3.0
Imisebenzi Engazikhethela	I-AEC	Ongakukhetha
	Ukuqapha kwe-DAP	Ongakukhetha
	Ukuthunga Isithombe	Ongakukhetha
	Isiteshi sokusebenza se-LCD sesikrini sokuthinta	Ongakukhetha
	I-Specialized Surgical / Proximity Console	Ongakukhetha