Ungagxili nje ekusebenzeni kokubona, ama-microscope okuhlinzwa nawo abalulekile
Njengoba isidingo sokuhlinzwa okuncane sikhula emtholampilo,ama-microscope okuhlinzwasezibe yimishini yokusiza ekuhlinzeni ebaluleke kakhulu. Ukuze kutholakale ukuxilongwa nokwelashwa okucwengekile, kunciphisa ukukhathala kwesikhathi sokuhlinzwa kwezokwelapha, kuthuthukiswe ukusebenza kahle kokuhlinzwa kanye nezinga lempumelelo,ama-microscope asebenzayoakudingi nje kuphela ukusebenza okuhle kakhulu kokukhanya, kodwa futhi nokusebenza okuhle.
Ikhwalithi yokusebenza kahle inqunywa kakhulu yi-I-microscope esebenzayouhlaka.
Uma uklama uhlaka lwe-imakroskopu yokuhlinzwa, akudingeki nje kuphela ukuqinisekisa ukuthi ilensi ingahamba ngokukhululeka ngokwezidingo zokuhlinzwa, okwenza kube lula ngodokotela ukubheka nokuhlinza, kodwa futhi nokuthuthukisa ukunemba kokubekwa kanye nokuphepha kokuhlinzwa kwelensi.imakroskopuIdivayisi yokukhiya nayo iyingxenye ebaluleke kakhulu. I-ASOM-630I-microscope yokuhlinzwa kwezokwelaphaekhiqizwe yiChengdu iCORDER Optics & Electronics Co., Ltd. isebenzisa ukwakheka kwe-electromagnetic lock kanye ne-super balance arm, okuvumela odokotela ukuthi bahambise ngokukhululeka i-imakroskopu yokuhlinzwangokwezimo ezahlukene, ukugcinaI-microscope yezokwelaphaikhanda kunoma yisiphi isikhundla futhi likhiywe nge-electromagnetic lock, okuqinisekisa ukuzinza kwe-Isibonakhulu sokusebenza kwezokwelaphangesikhathi senqubo yokuhlinzwa.
Yiziphi izinkinga ezingaxazululwa odokotela ngesikhathi sokuhlinzwa ngezingidi zikagesi kanye nezingalo ezilinganiselayo?
- Isivinini sesandla sezokwelapha sidinga ukulawulwa okuqinile kwe-imakroskopu yokuhlinzwaumzimba, kanye nokuthinta okuncane kungabangela ukuthi umzimba ushintshe, okubangela ukuthi isithombe sendawo yokuhlinzwa siphume endaweni yokubuka, okungasizi ekuhlinzeni okuphephile nokunembile. Inhlanganisela ephelele ye-ASOM-630imakroskopu yokusebenza ngokuhlinzwaukukhiya kwe-electromagnetic kanye nengalo ye-super balance kungalawula kahle ukunyakaza kwe-I-microscope yezokwelapha, ukuyibeka kalula nangokuvumelana nezimo endaweni yokuhlinzwa, okuthuthukisa kakhulu ukusebenza kahle kokuhlinzwa.
- Ukugcina umzimba ongaphezulu usesimweni sokuma kwe-arch phambili isikhathi eside kungenza odokotela bazizwe bekhathele futhi bengakhululekile ngesikhathi sokuhlinzwa. Lokhu akugcini nje ngokuphazamisa ikhwalithi yokuhlinzwa, kodwa futhi kuholela kalula ezifweni zomgogodla ezifana nomgogodla wesibeletho kanye nomgogodla we-lumbar, okungalimaza impilo. I-ASOM-630I-microscope yegumbi lokuhlinzayamukela ukwakheka kwe-ergonomic, okungenza ukuma kukadokotela okuhleliwe kube okujwayelekile futhi okukhululekile, kanye nokuhlinzwa okugxile kakhulu.
- Kungagwema ukuhlinzwa kokunyakaza okukhathazayo ngesikhathi senqubo yokuhlinzwa, inqobo nje uma inkinobho icindezelwe, ingasuswa. UmaIsibonakhulu sokuhlinzailungiswa ngendlela efiselekayo yokuhlinzwa, ukukhulula inkinobho kukhiya ilunga ngokunembile, futhi ukuhlinzwa kulula futhi kulula.
Ukuze kulungiswe ngokushesha i-microscope endaweni yayo ekuqaleni kokuhlinzwa, ukuma kwe-microscope ye-ASOM-630 kuklanyelwe ukuba kube lula kakhulu, kube nokukhiya kwe-electromagnetic kanye nengalo elinganiselayo evumela ukuthi ibekwe kalula ekhoneni nasendaweni edingekayo. Ngaphezu kwalokho, ukwakheka kwayo kweshubhu elinohinge kanye nohlelo lwe-pendulum kwenza ukuhlinzwa kube lula kakhulu kodokotela.
Umklamo wepayipi elihlanganisiwe:I-Binocular Tube engu-0° -200°, ehlangabezana nezikhundla zomzimba ezahlukahlukene kanye nezidingo zokuphakama ukuze kutholakale ukuxilongwa nokwelashwa kwezokwelapha
Uhlelo lwe-pendulum:Njengoba umzimba wesibuko ugoba ngakwesobunxele nangakwesokudla, amashubhu e-binocular ahlala evundlile ngaphandle kwesidingo sokugoba amakhanda awo ukuze athole i-eyepiece.
Izici ze-ASOM-630 microscope:
Ukukhiya kwe-electromagnetic
- Uhlelo lokubhuleka lwe-electromagnetic lunikeza ukuguquguquka okuphezulu kakhuluI-microscope yezokwelapha yokuhlinzwaindawo, kanye nohlelo lokulungisa ingalo yokulinganisela, ingafinyelela ukulawula ukuthinta okulula kweminwe kanye nokunyakaza okubushelelezi ngesandla esisodwa.
- Ukubeka kalula nangokushesha indawo yokuxilongwa edingekayo kanye nendawo yokwelashwa. Ngemva kokuqinisekiswa, uhlelo lokukhiya lwe-electromagnetic lungavala amalunga omshini, lwenze umzimba uzinze, isithombe singanyakaziswa kakhulu, futhi ukuthinta umzimba ngeke kubangele ukuthi umzimba ushintshe, okwenza ukuxilongwa nokwelashwa kwezokwelapha kuphephe futhi kuthembeke kakhudlwana.
Ingalo Enkulu Yebhalansi
- Ingalo ye-super balance ingasekela isisindo se-microscope futhi ilungise ngokukhululekile indawo ephakathi nendawo yamandla adonsela phansi ekhanda lomshini, okuvumela ukuthi isetshenziswe ngesandla esisodwa lapho ibekwa kabusha.
- Uma ungeza izesekeli zangaphandle, isikhungo samandla adonsela phansi singalungiswa nge-torque kanye ne-damping, ukuze isikhungo samandla adonsela phansi sekhanda lomshini sibuyiselwe esimweni esibushelelezi kakhulu, futhi ukulawula kuguquguqukayo futhi kulula, futhi umthwalo usakwazi ukuhamba kahle nangokuqhubekayo.
I-ASOM-630I-microscope yegumbi lokuhlinzakuyinto ephezuluimakroskopu yokuhlinzwaLokhuIsibonakhulu sokuhlinzwa kwezinzwaIfakwe uhlelo lokukhiya olune-magnetic, amasethi ayi-6 angalawula ukuhamba kwezingalo nekhanda. I-fluorescence ekhethwayo FL800&FL560. Ibanga lokusebenza elikhulu elingama-200-625mm, uhlelo lwesithombe lwe-4K CCD ungajabulela umphumela ongcono wokubona ngeso lengqondo ngesistimu yesithombe ehlanganisiwe enencazelo ephezulu, usekele isibonisi ukuze ubuke futhi udlale izithombe, futhi ungabelana ngolwazi lwakho lobuchwepheshe neziguli nganoma yisiphi isikhathi. Imisebenzi ye-Autofocus ingakusiza ukuthi uthole ibanga lokusebenza elifanele ngokushesha. Imithombo emibili yokukhanya ye-xenon inganikeza ukukhanya okwanele kanye nokusekela okuphephile.
LokhuI-microscope esebenzayoisetshenziswa kakhulu ekuhlinzeni izinzwa kanye nomgogodla. Odokotela abahlinza izinzwa bathembele kuama-microscope okuhlinzwaukubona ngeso lengqondo imininingwane emincane yendawo yokuhlinzwa kanye nesakhiwo sobuchopho ukuze kwenziwe inqubo yokuhlinzwa ngokunemba okuphezulu. Isetshenziswa kakhulu ekulungisweni kwe-Brain aneurysm, ekususweni kwe-Tumor, ekwelashweni kwe-AVM, ekuhlinzeni i-cerebral artery bypass, ekuhlinzeni i-Epilepsy, ekuhlinzeni umgogodla.
Isikhathi sokuthunyelwe: Disemba 12-2024
