I-BS-2094CF I-LED Fluorescent Inverted Biological Microscope
Idatha ye-BS-2094CF
Isingeniso
I-BS-2094C Inverted Biological Microscope iyisibonakhulu sezinga eliphezulu esiklanyelwe ngokukhethekile amayunithi ezokwelapha nempilo, amanyuvesi, izikhungo zocwaningo ukuze zibheke amaseli aphilayo akhulisiwe. Ngohlelo olusha lwe-optical optical nomklamo we-ergonomic, lunokusebenza okuhle kakhulu kokubona kanye nezici zokusebenzisa kalula. I-microscope yamukele amalambu e-LED empilo ende njengomthombo wokukhanya odluliswayo nowe-fluorescent. Amakhamera edijithali angengezwa kusibonakhulu ohlangothini lwesobunxele ukuze athathe izithombe, amavidiyo futhi enze ukulinganisa. Ikhanda elitshekisayo linganikeza imodi yokusebenza enethezekile. I-engeli yengalo yokukhanyisa edluliswayo ingalungiswa, ngakho-ke i-petri-dish noma iflaski ingakhishwa kalula.
I-BS-2094C inohlelo lokulawula ukukhanya okuhlakaniphile, amandla okukhanyisa azoshintsha ngokuzenzakalelayo ngemva kokushintsha izinjongo futhi wenze isibonakhulu ukuze uthole umphumela wokukhanya ongcono kakhulu, i-BS-2094C nayo inesikrini se-LCD ukukhombisa imodi yokusebenza njengokukhuliswa, ukukhanya kokukhanya. , umthombo wokukhanya odluliselwe noma we-fluorescent, ukusebenza noma ukulala njll.
Isici
1. Isistimu ye-optical engapheli enhle kakhulu, i-eyepiece yenkundla ebanzi engu-Φ22mm, inhloko yokubuka ethambekele engu-5°-35°, ekhululeke kakhudlwana ukuze ibukwe.
2. Imbobo yekhamera ingakwesokunxele, ukuphazamiseka okuncane ekusebenzeni. Ukusabalalisa ukukhanya (kokubili): 100 : 0 (100% ye-eyepiece); 0 : 100 (100% yekhamera).
3. I-condenser yebanga elide lokusebenza NA 0.30, Ibanga lokusebenza: 75mm(nge-condenser).
4. Isiteji esikhulu sosayizi, esilungele ucwaningo. Usayizi Wesiteji: 170mm(X) × 250 (Y) mm, Ibanga lokuhamba lesiteji sikamshini: 128mm (X) × 80 (Y) mm. Izinhlobonhlobo zezibambi ze-petri-dish ziyatholakala.
5. I-BS-2094C inohlelo lokuphatha ukukhanya oluhlakaniphile.
(1) I-Quintuple Nosepiece Enekhodi ingabamba ngekhanda ukukhanya kokukhanya kwenhloso ngayinye. Uma izinjongo ezihlukene ziguqulelwa kwenye, amandla okukhanya alungiswa ngokuzenzakalelayo ukuze kuncishiswe ukukhathala okubonakalayo futhi kuthuthukiswe ukusebenza kahle komsebenzi.
(2) Sebenzisa inkinobho yokufiphala kwesokunxele sesisekelo ukuze uzuze imisebenzi eminingi.
Chofoza: Faka imodi yokulinda(yokulala).
Chofoza kabili: ukukhiya ukukhanya noma vula
Ukuzungezisa: Lungisa ukukhanya
Cindezela + zungezisa ngokwewashi: Shintshela emthonjeni wokukhanya odlulisiwe
Cindezela okuthi + contrarotate: Shintshela emthonjeni wokukhanya we-fluorescent
Cindezela imizuzwana emi-3: Setha isikhathi sokucisha isibani ngemva kokuhamba
(3) Bonisa imodi yokusebenza ngesibonakhulu.
Isikrini se-LCD esingaphambi kwesibonakhulu singabonisa imodi yokusebenza yesibonakhulu, okuhlanganisa ukukhuliswa, ukuqina kokukhanya, imodi yokulala nokunye.
Qala & ukusebenza
Imodi yokukhiya
Vala isibani ehoreni elingu-1
Imodi yokulala
6. Indlela yokulawula isibonakhulu inesakhiwo esinengqondo futhi kulula Ukuyisebenzisa.
Izindlela zokulawula ezisetshenziswa njalo zalezi zibonakhulu ziseduze nomsebenzisi futhi zisendaweni ephansi yesandla. Lolu hlobo lomklamo lwenza ukusebenza kusheshe futhi kube lula, futhi kunciphise ukukhathala okubangelwa ukubuka isikhathi eside. Ngakolunye uhlangothi, kunciphisa ukugeleza komoya nothuli olubangelwa ukusebenza kwe-amplitude enkulu, kuphumelela kakhulu ukunciphisa amathuba okungcola kwesampula. Kuyisiqinisekiso esiqinile sokunemba nokuphindaphindwa kwemiphumela yokuhlola.
7. Umzimba we-microscope uhlangene, uzinzile futhi ulungele ibhentshi elihlanzekile. Umzimba we-microscope umbozwe ngezinto ezilwa ne-UV futhi ungafakwa ebhentshini elihlanzekile ukuze uvale inzalo ngaphansi kwesibani se-UV. Ibanga phakathi kwephoyinti leso kuya enkinobho yokusebenza kanye nenkinobho yokugxila yesibonakhulu lifushane, futhi ibanga ukusuka esiteji likude. Iyatholakala ukwenza inhloko yokubuka kanye nendlela yokusebenza ngaphandle, nesiteji, izinjongo kanye nesampula ngaphakathi kwebhentshi elihlanzekile. Ngakho-ke qaphela ukusampula kweseli nokusebenza ngaphakathi futhi ubuke ngokunethezeka ngaphandle.
8. I-Phase Contrast, i-Hoffman Modulation Phase Contrast kanye nendlela yokubona i-3D Emboss Contrast iyatholakala ngokukhanya okudlulisiwe.
(1) Ukubuka kokugqama kwesigaba kuyindlela yokubona encane ekhiqiza isithombe se-microscopic esinokugqama okuphezulu kwesampula ebonisa ngale ngokusebenzisa ukuguqulwa kwenkomba ye-refractive. Inzuzo ukuthi imininingwane ye-imaging yeseli ephilayo ingatholakala ngaphandle kwama-staining kanye namadayi we-fluorescent.
Ibanga lesicelo: Isiko lamaseli aphilayo, i-Micro-organism, i-tissue slide, ama-cell nuclei nama-organelles njll.
(2) Hoffman Modulation Phase Contrast. Ngokukhanya okutshekile, umehluko wesigaba sika-Hoffman ushintsha ukuthambekela kwesigaba kube ukuhlukahluka kokuqina kokukhanya, kungasetshenziswa ukubuka amaseli angenabala namaseli aphilayo. Ukunikeza umphumela we-3D wamasampuli awugqinsi, kunganciphisa kakhulu i-halo kumasampula awugqinsi.
(3) Ukugqama Kwe-Emboss Ye-3D. Asikho isidingo sezinto ezibonakalayo ezibizayo, vele ungeze isilayidi sokulungisa umehluko ukuze uzuze isithombe mbumbulu se-3D esingaxhomeki. Zombili izitsha zesiko lengilazi noma izitsha zesiko lepulasitiki zingasetshenziswa.
Nge-Hoffman Modulation Phase Contrast
Nge-3D Emboss Contrast
9. Okunamathiselwe kwi-LED Fluorescent kuyakhethwa.
(1) Ukukhanya kwe-LED kwenza ukubona nge-fluorescent kube lula.
Ilensi ye-Fly-eye kanye nokukhanya kwe-Kohler kunikeze inkambu yokubuka efanayo nekhanyayo, okuyinzuzo yokuthola izithombe ezinencazelo ephezulu nemininingwane ephelele. Uma kuqhathaniswa ne-mercury bulb yendabuko, isibani se-LED sinesikhathi eside sokusebenza, songa imali futhi sithuthukise kakhulu ukusebenza kahle. Izinkinga zokushisa, ukupholisa kanye nokushisa okuphezulu kwesibani se-mercury nazo zixazululiwe.
(2) Ifanele izinhlobonhlobo zamadayi we-fluorescent.
Okunamathiselwe kwi-fluorescent ye-LED kufakwe amabhulokhi okuhlunga ama-fluorescent angu-3, kungasetshenziswa ezinhlobonhlobo zamadayi futhi kuthwebule izithombe ze-fluorescence ezigqamile ezicacile.
Umdlavuza webele
I-hippocampus
Amaseli ezinzwa zobuchopho zegundane
10. Ngenhloko yokubuka enyakazayo, isimo sokusebenza esinethezekile kakhulu singagcinwa kungakhathaliseki ukuthi uhlezi noma umile.
11. Ikholomu yokukhanyisa enwebekayo.
Izitsha zamasiko ezisetshenziselwa ukubuka amaseli zivame ukuba nevolumu enkulu nendawo, futhi ikholomu yokukhanya ehanjiswayo ethambile inikeza isikhala esengeziwe sokushintshwa kwesampula, okulula kakhulu ukuthi abasebenzisi basebenze.
Isicelo
I-BS-2094C i-microscope ehlanekezelwe ingasetshenziswa amayunithi ezokwelapha nezempilo, amanyuvesi, izikhungo zocwaningo ukuze kubhekwe izinto eziphilayo ezincane, amaseli, amagciwane kanye nokutshalwa kwezicubu. Zingasetshenziselwa ukubuka okuqhubekayo kwenqubo yamaseli, amabhaktheriya akhula futhi ahlukanise endaweni yesiko. Amavidiyo nezithombe zingathathwa ngesikhathi senqubo. Lezi zibonakhulu zisetshenziswa kakhulu ku-cytology, parasitology, oncology, immunology, genetic engineering, industrial microbiology, botany neminye imikhakha.
Ukucaciswa
| Into | Ukucaciswa | BS-2094C | Idatha ye-BS-2094CF | |
| Isistimu ye-Optical | I-NIS 60 Infinite Optical System, ubude beshubhu 200mm | ● | ● | |
| Inhloko Ebukayo | I-Seidentopf Tilting Binocular Head, eshintshwayo ngo-5-35 ° ethambekele, I-Interpupillary Distance 48-75mm, Imbobo yekhamera eseceleni kwesobunxele, Ukusabalalisa ukukhanya: 100: 0 (100% ye-eyepiece), 0:100 (100% yekhamera), Eyepiece Tube Diameter 30mm | ● | ● | |
| Isiqephu samehlo | SW10×/22mm | ● | ● | |
| WF15×/16mm | ○ | ○ | ||
| WF20×/12mm | ○ | ○ | ||
| Inhloso (Ibanga le-Parfocal 60mm, M25×0.75) | I-NIS60 Infinite LWD Plan Inhloso Ye-Achromatic | 4×/0.1, WD=30mm | ● | ○ |
| 10×/0.25, WD=10.2mm | ○ | ○ | ||
| 20×/0.40, WD=12mm | ○ | ○ | ||
| 40×/0.60, WD=2.2mm | ○ | ○ | ||
| I-NIS60 Infinite LWD Plan Phase Contrast Objective Achromatic Objective | PH10×/0.25, WD=10.2mm | ● | ○ | |
| PH20×/0.40, WD=12mm | ● | ○ | ||
| PH40×/0.60, WD=2.2mm | ● | ○ | ||
| I-NIS60 Infinite LWD Plan Inhloso Ye-Semi-APO Fluorescent | 4×/0.13, WD=17mm, ikhava ingilazi=- | ○ | ● | |
| 10×/0.3, WD=7.4mm, ikhava ingilazi=1.2mm | ○ | ● | ||
| 20×/0.45, WD=8mm, ikhava ingilazi=1.2mm | ○ | ● | ||
| 40×/0.60, WD=3.3mm, ikhava ingilazi =1.2mm | ○ | ● | ||
| 60×/0.70, WD=1.8-2.6mm, ikhava ingilazi=0.1-1.3mm | ○ | ○ | ||
| I-NIS60 Infinite LWD Plan Inhloso Yokugqama Kwesigaba Semi-APO | 4×/0.13, WD=17.78mm, ikhava ingilazi=- | ○ | ○ | |
| 10×/0.3, WD=7.4mm, ikhava ingilazi=1.2mm | ○ | ○ | ||
| 20×/0.45, WD=7.5-8.8mm, ikhava ingilazi=1.2mm | ○ | ○ | ||
| 40×/0.60, WD=3-3.4mm, ikhava ingilazi = 1.2mm | ○ | ○ | ||
| 60×/0.70, WD=1.8-2.6mm, ikhava ingilazi=0.1-1.3mm | ○ | ○ | ||
| Ikhala | I-Quintuple Nosepiece enekhodi | ● | ● | |
| I-Condenser | NA 0.3 Faka I-Plate Condenser, Ibanga Lokusebenza 75mm | ● | ● | |
| NA 0.4 Faka i-Plate Condenser, Ibanga Lokusebenza 45mm | ○ | ○ | ||
| Isibonakude | I-Centering Telescope: isetshenziselwa ukulungisa isikhungo sesigaba se-annulus | ● | ● | |
| Isigaba se-Annulus | I-10×-20×-40× I-Annulus Plate yeSigaba (indawo eguquguqukayo) | ● | ● | |
| I-4 × Isigaba se-Annulus Plate | ○ | ○ | ||
| Isiteji | Isiteji esingu-170 (X)×250(Y) mm esinepuleti lokufaka ingilazi (ububanzi 110mm) | ● | ● | |
| I-Atachable Mechanical Stage, i-XY Coaxial Control, Moving Rang: 128mm×80mm, yamukela izinhlobo ezi-5 zezibambi ze-petri-dish, amapuleti emithombo neziqeshana zasesiteji | ● | ● | ||
| Isiteji esisizayo esingu-70mm×180mm, sisetshenziselwa ukunweba isiteji | ○ | ○ | ||
| I-Universal Holder: isetshenziselwa ipuleti le-Terasaki, isilayidi sengilazi kanye nezitsha ze-petri ezingu-Φ35-65mm | ● | ● | ||
| I-Terasaki Holder: isetshenziselwa u-Φ35mm Petri Dish Holder kanye nezitsha ze-petri ezingu-Φ65mm | ○ | ○ | ||
| I-Glass Slide kanye nesibambi se-Petri Dish Φ54mm | ○ | ○ | ||
| I-Glass Slide kanye nesibambi se-Petri Dish Φ65mm | ○ | ○ | ||
| I-Petri Dish Holder Φ35mm | ○ | ○ | ||
| I-Petri Dish Holder Φ90mm | ○ | ○ | ||
| Ukugxila | I-Coaxial Coarse and Fine Adjustment, ukulungiswa kwe-tension, I-Fine Division 0.001mm, i-Fine stroke 0.2mm ngokuzungezisa, i-Coarse stroke 37.5mm ngokuzungezisa ngakunye. Ukuhamba Ububanzi: phezulu 7mm, phansi 1.5mm; Ngaphandle komkhawulo kungaba kufika ku-18.5mm | ● | ● | |
| Ukukhanyisa Okudlulisiwe | Ukukhanya kwe-Koehler kwe-3W S-LED, Ukukhanya Kuyalungiseka | ● | ● | |
| Okunamathiselwe kwe-EPI-Fluorescent | Isikhanyisi se-LED, ilensi ye-Fly-eye eyakhelwe ngaphakathi, ingalungiswa ngomthombo wokukhanya we-LED ohlukene ongafika kwemi-3 kanye namabhulokhi okuhlunga angu-B, G, U-fluorescent | ○ | ● | |
| Umthombo wokukhanya we-LED nezihlungi ze-fluorescent ze-V, R, FITC, DAPI, TRITC, Auramine, mCherry | ○ | ○ | ||
| Hoffman isigaba umehluko | I-Hoffman Condenser enepuleti lokufaka elingu-10×, 20×, 40×, isibonakude esimaphakathi kanye nenjongo ekhethekile 10×, 20×, 40× | ○ | ○ | |
| I-3D Emboss Contrast | Ipuleti eligqamile lokuqhathanisa elino-10×-20×-40× lizofakwa ku-condenser | ○ | ○ | |
| Ipuleti lokuqhathanisa le-emboss elisizayo lizofakwa esikhaleni eduze kwekhanda lokubuka | ○ | ○ | ||
| I-adaptha ye-C-mount | 0.5× I-adaptha ye-C-mount (ukugxila kuyalungiseka) | ○ | ○ | |
| 1× I-Adapter ye-C-mount (ukugxila kuyalungiseka) | ● | ● | ||
| Ezinye Izinsiza | Isiteji esifudumele | ○ | ○ | |
| I-shutter ekhanyayo, ingasetshenziswa ukuvimba ukukhanya kwangaphandle | ○ | ○ | ||
| Ikhava yothuli | ● | ● | ||
| Ukunikezwa kwamandla kagesi | I-AC 100-240V, 50/60Hz | ● | ● | |
| Fuse | I-T250V500mA | ● | ● | |
| Ukupakisha | 2amabhokisi/isethi, Usayizi wokupakisha: 47cm×37cm×39cm, 69cm×39cm×64cm, Isisindo Esiphelele: 20kgs, Isisindo SeNet: 18kgs | ● | ● | |
Qaphela: ● Impahla Ejwayelekile, ○ Ongakukhetha
Isampula Izithombe
Ubukhulu
BS-2094C
Idatha ye-BS-2094CF
Iyunithi: mm
Isitifiketi
Logistics
