Umshini wesistimu we-x ray wezilwane wedijithali we-AMVX28

Imininingwane Esheshayo

usayizi wokulinganisa: 43 cm × 43 cm
Uhlobo lomtshina:CSI
Ukuphakama kwePixel: 127um
Amandla okokufaka:200-240 V
Amandla okukhipha:32 kW
MA:320mA
Ibanga lokulungiswa kwe-kV:40~150kV

Ukupakisha Nokulethwa

Imininingwane

I-Veterinary digital radiography system system AMVX28 parameters

usayizi wokulinganisa 43 cm × 43 cm
Uhlobo lomtshina i-CSI
Ukuphakama kwe-Pixel 127um

Amandla okokufaka 200-240 V
Amandla okukhipha angu-32 kW
I-MA 320mA
Ibanga lokulungiswa kwe-kV 40~150kV

Usayizi wokugxilwa kweshubhu Ukugxila okuncane 0.6 mm, ukugxila okukhulu ngu-1.2 mm
I-engeli yeshubhu engu-12°
Isivinini esijikelezayo se-anode 3200r/min

Umshini wesistimu ye-radiography yedijithali AMVX28 imisebenzi

Ukuphathwa kwesiguli: Kuhlanganisa isikhombimsebenzisi okufanele sihlolwe, ukubhaliswa kwezimo eziphuthumayo ngokushesha, kuhlolwe isikhombimsebenzisi sesiguli
ukuhlolwa: Umdwebo we-3D wokulingisa isilwane, ukukhetha indawo yokuhlola, ukukhetha okuzenzakalelayo kwemingcele yezithombe,
Ukubuyekezwa kwesithombe: Ukuhlola kuqala isithonjana sesithombe neminye imisebenzi
Ukucushwa: Ukucubungula, ukubonisa, isakhiwo, amathuluzi, ikakhulukazi ukubukwa nokucubungula isithombe

Imisebenzi yomtholampilo ethuthukisiwe
Umsebenzi wokucubungula wama-Multi-band: Ukucutshungulwa kwesendlalelo esihlakaniphile kwezithombe, nokwenza ukucubungula kwe-algorithm efanele ezithombeni ezinengqimba ngokulandelanayo
Imisebenzi ehlukahlukene yokucubungula ukuminyana kwezilwane ezifuywayo Ukuphatha ukuze kuqinisekiswe ukuboniswa kwesithombe okungcono kakhulu
Ukukhanya okuphezulu kokukhipha umsindo nokuthuthukisa: Ngomehluko ohlukene wokuminyana kwezicubu zezilwane ezifuywayo, amapharamitha we-algorithm yesithombe esihlosiwe.
Imininingwane eyengeziwe: Inombolo ingathola ikhwalithi yesithombe esihle
Amathuluzi okulinganisa abanzi ezilwane ezifuywayo Nciphisa umsindo wesithombe futhi uthuthukise ngempumelelo isithombe ukuze uqinisekise isithombe