Tsarin hoton 3D na ZEISS Xradia 510 Versa tare da sassauci mai sassauci

Yi amfani da wannan X-ray microscope don karya shingayen ƙuduri na 1 micron don yin hoton 3D da bincike in situ / 4D.

Amfani da ƙuduri da bambanci tare da nesa mai sassauƙa na aiki yana faɗaɗa ikon hoto mara lalacewa a dakin gwaje-gwaje.

Godiya ga tsarinsa wanda ke amfani da fasahar haɓaka matakai biyu, ana iya cimma ƙudurin submicron na nesa (RaaD). Rage dogaro da ƙarfin ƙarfin lissafi don kiyaye ƙudurin sub-micron har ma a ƙarƙashin nesa mai girma.

Ko da a cikin nesa mai yawa daga tushen haske (daga mm m zuwa cm), za a iya jin daɗin aiki mai yawa.

3D imaging na m ko low Z kayan ta hanyar ci gaba sha ikon da kuma m lining

Samun manyan ƙuduri na duniya a kan nesa mai sassauci wanda ya wuce iyakokin projective micro CT

Warware Submicron-matakin halaye don dacewa da daban-daban samfurin girma

Yi amfani da in situ / 4D mafita don faɗaɗa ɗakin gwaje-gwaje mai hasara

Binciken kayan a cikin yanayin da ya yi kama da na asali a tsawon lokaci

Bayar da ingancin hoto

　　ZEISS Advanced sake gina kayan aiki akwatinIngancin hoto mafi kyau, mafi girma

Advanced Reconstruction Toolbox shine sabon dandamali a kan ZEISS Xradia 3D X-ray microscope wanda za a iya amfani da shi don samun damar ci gaba da fasahohin sake gina. Kayan na musamman suna amfani da zurfin fahimtar ka'idodin kimiyyar X-ray da aikace-aikacen abokin ciniki don magance ƙalubalen hoto mafi wuya ta sabbin hanyoyi.

Za ka iya samun bayanai game da sabbin ci gaban fasaha a cikin fasahar X-ray microtechnology a nan:

Ta amfani da "Advanced sake gina Toolbox", za ka iya:

Inganta tattara bayanai da kuma bincike don yin daidai da sauri yanke shawara

Inganta ingancin hoto sosai

Samun kyakkyawan ciki layered imaging ko gudu a kan samfuran da yawa

Bayyana nuances ta hanyar inganta bambanci

Don samfurin nau'ikan da ake buƙatar maimaita aikin tafiya, haɓaka gudun da wani girman mataki

　　Amfani da AI don sake gina fasahar Super caji 3D X-ray Imaging

Daya daga cikin manyan kalubalen amfani da X-ray microscope don magance matsalolin ilimi da masana'antu shine yin sulhu tsakanin kwararar hoto da ingancin hoto. Lokacin karɓar 3D X-ray microscopy mai ƙuduri zai iya zama a kan sa'o'i da yawa, wanda zai iya haifar da ƙididdigar zuba jari mai ƙalubale (ROI) lokacin da aka daidaita fa'idodin ƙididdigar 3D mai daidaito da aka yi amfani da fasahohin bincike masu arha da ƙarancin aiki.

Don magance wannan matsalar, yana buƙatar inganta kowane mataki don samar da bayanai mai aiki daga waɗannan microscopes. Don 3D X-ray tomography, waɗannan matakai yawanci sun haɗa da samfurin shigarwa, saitunan bincike, karɓar hoton 2D, sake gina hoton 2D zuwa 3D, sarrafawa da rarraba hoto, da kuma nazarin ƙarshe.

　　Zeiss DeepRecon yana maimaita samfurin hoto sau 10 da sauri

ZEISS DeepRecon don ZEISS Xradia XRM shine fasahar sake gina zurfin koyo ta farko. Yana ba ka damar haɓaka yawan aiki (har zuwa sau 10) ba tare da sadaukar da sabon ƙuduri na nesa na XRM don aikace-aikacen aikin aiki mai maimaitawa ba. DeepRecon na musamman yana tattara damar ɓoyewa a cikin manyan bayanai da XRM ya samar kuma yana ba da ingantaccen sauri ko ingancin hoto mai mahimmanci ta hanyar AI.