Yana amfani da bincike na gani na tashoshi 4 don sauya bincike kan layi a cikin tsarin amsawa da yawa, samun nasarar sarrafa tsari lokaci guda don tsarin da yawa.
● 4 tashoshi don ganowa mai canzawa, nuni na ainihi na canje-canje a cikin kayan aiki da samfurori.
● Zai iya jure matsanancin halayen halayen kamar acid mai ƙarfi, alkali mai ƙarfi, lalata mai ƙarfi, zazzabi mai zafi, da matsa lamba.
● Amsa na ainihi a cikin seconds, babu buƙatar jira, samar da sakamakon bincike da sauri.
●Ba a buƙatar samfur ko samfurin aiki da ake buƙata, saka idanu a cikin wurin ba tare da tsangwama ga tsarin amsawa ba.
●Ci gaba da saka idanu don ƙayyade ƙarshen lokacin amsawa da faɗakarwa ga kowane rashin daidaituwa.
Sinadarai/magunguna/kayan aikin haɓakawa da samarwa suna buƙatar ƙididdige ƙididdiga na abubuwan haɗin gwiwa.Yawancin lokaci, ana amfani da dabarun binciken dakin gwaje-gwaje na layi, inda ake ɗaukar samfurori zuwa dakin gwaje-gwaje kuma ana amfani da kayan aiki irin su chromatography, mass spectrometry, da makamancin maganadisu na maganadisu na nukiliya don ba da bayanai kan abubuwan da ke cikin kowane bangare.Dogon lokacin ganowa da ƙananan mitar samfur ba za su iya biyan buƙatun sa ido na lokaci da yawa ba.
JINSP yana ba da hanyoyin sa ido kan layi don bincike da samarwa da sinadarai, magunguna, da kayan aiki.Yana ba da damar in-wuri, ainihin-lokaci, ci gaba, da saurin sa ido kan layi akan abun ciki na kowane abubuwan da aka haɗa cikin halayen.
1.Binciken Maganganun Sinadarai/Tsarin Halittu a ƙarƙashin matsanancin yanayi
A ƙarƙashin yanayin acid mai ƙarfi, alkalis mai ƙarfi, babban zafin jiki, matsa lamba mai ƙarfi, lalata mai ƙarfi, da guba, hanyoyin bincike na kayan aiki na al'ada na iya fuskantar ƙalubale a cikin samfura ko ba za su iya jure wa samfuran aiki ba.Koyaya, binciken binciken gani na kan layi, wanda aka ƙera musamman don dacewa da matsananciyar yanayi, sun fito waje a matsayin kawai mafita.
Na Musamman Masu Amfani: Masu bincike da ke da hannu cikin matsanancin halayen sinadarai a sabbin kamfanoni na kayan aiki, masana'antun sinadarai, da cibiyoyin bincike.
2. Bincike da Nazari akan Abubuwan Matsakaicin Matsakaici / Matsalolin da ba su da ƙarfi / Amsa Mai Sauri
Matsakaicin martani na ɗan gajeren lokaci da rashin kwanciyar hankali suna fuskantar saurin sauye-sauye bayan samfurin, yana sa ganowar layi bai isa ga waɗannan abubuwan ba.Sabanin haka, ainihin lokacin, saka idanu a cikin wurin ta hanyar bincike kan layi ba shi da tasiri akan tsarin amsawa kuma yana iya kama canje-canje a cikin tsaka-tsaki da kuma abubuwan da ba su da tabbas.
Yawan Masu Amfani: Masana da masana daga jami'o'i da cibiyoyin bincike masu sha'awar nazarin masu shiga tsakani.
3. Binciken Mahimmanci na Lokaci-Mahimmanci da Ci gaba a Tsarin Sinadarai/Bio-tsari
A cikin bincike da haɓakawa tare da ƙayyadaddun lokutan lokaci, jaddada farashin lokaci a cikin haɓakar sinadarai da haɓakar bioprocess, saka idanu kan layi yana ba da sakamako na ainihin lokaci da ci gaba da bayanai.Nan da nan yana bayyana hanyoyin amsawa, kuma manyan bayanai suna taimaka wa ma'aikatan R&D don fahimtar tsarin amsawa, yana haɓaka haɓakar ci gaba sosai.Gano kan layi na gargajiya yana ba da taƙaitaccen bayani tare da jinkirin sakamako, yana haifar da ƙarancin ingancin R&D.
Masu amfani na yau da kullun: ƙwararrun ƙwararrun ci gaba a cikin kamfanonin harhada magunguna da biopharmaceutical;Ma'aikatan R&D a cikin sabbin kayayyaki da masana'antar sinadarai.
4. Tsangwama akan Kan lokaci a cikin Maganganun Sinadarai/Tsarin Halittu tare da Ƙarshen Amsa ko Ƙarshe
A cikin halayen sinadarai da hanyoyin nazarin halittu irin su biofermentation da halayen enzyme-catalyzed, ayyukan sel da enzymes suna da saukin kamuwa da tasirin abubuwan da suka dace a cikin tsarin.Sabili da haka, saka idanu na ainihin lokacin abubuwan da ba su dace ba na waɗannan abubuwan haɗin gwiwa da sa baki akan lokaci suna da mahimmanci don kiyaye ingantaccen halayen.Kulawa kan layi yana ba da bayanin ainihin-lokaci game da abubuwan da aka gyara, yayin ganowar layi, saboda jinkirin sakamako da ƙayyadaddun samfurin ƙila, na iya rasa taga lokacin shiga tsakani, yana haifar da rashin daidaituwa.
Masu amfani na yau da kullun: Ma'aikatan bincike da samarwa a cikin kamfanonin biofermentation, kamfanonin harhada magunguna / sinadarai da ke cikin halayen enzyme-catalyzed, da kamfanoni waɗanda ke cikin bincike da haɓakar peptides da magungunan furotin..
5. Ingancin samfur / Gudanar da daidaito a cikin Ƙirar Girman Girma
A cikin babban sikelin samar da sunadarai da hanyoyin nazarin halittu, tabbatar da daidaiton ingancin samfur yana buƙatar tsari-da-tsari ko bincike na ainihi da gwajin samfuran amsawa.Fasahar sa ido kan layi, tare da fa'idodin saurinsa da ci gaba, na iya sarrafa sarrafa inganci don 100% na samfuran batch.Sabanin haka, fasahar gano layi ta yanar gizo, saboda hadaddun hanyoyinta da sakamakon jinkiri, sau da yawa takan dogara da yin samfuri, yana haifar da ingantattun kasada ga samfuran da ba a ƙirƙira su ba.
Masu amfani na yau da kullun: Gudanar da ma'aikatan samarwa a cikin kamfanonin harhada magunguna da biopharmaceutical;ma'aikatan samarwa a cikin sabbin kayan aiki da kamfanonin sinadarai.
| Samfura | Saukewa: RS2000-4 | Saukewa: RS2000A-4 | Saukewa: RS2000T-4 | Saukewa: RS2000TA-4 | Saukewa: RS2100-4 | Saukewa: RS2100H-4 |
| Bayyanar |
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| Siffofin | Babban hankali | Mai tsada | Maɗaukakin hankali | Mai tsada | Babban aiki | Babban amfani,babban hankali |
| Yawan tashoshin ganowa | 4. Ganewar sauya tashoshi huɗu | 4. Ganewar sauya tashoshi huɗu | 4, sauyawa tashoshi huduganowa, kuma tashoshi hudugano lokaci guda | 4. Ganewar sauya tashoshi huɗu | 4. Ganewar sauya tashoshi huɗu | 4. Ganewar sauya tashoshi huɗu |
| Girma | 496 mm (nisa) × 312 mm (zurfin) × 185 mm (tsawo) | |||||
| Nauyi | ≤10 kg | |||||
| Bincike | Daidaitacce tare da 1.3 m binciken binciken fiber na gani mara amfani (PR100), 4 , 5m immersed probes (PR200-HSGL), sauran nau'ikan bincike ko ƙwayoyin kwarara suna na zaɓi. | |||||
| Siffofin software | 1.Online Kulawa: Ci gaba da tattarawar siginar tashoshi da yawa, samar da abun ciki na ainihin lokaci da canje-canjen yanayi, yana ba da damar bincike na hankaliabubuwan da ba a san su ba yayin tsarin amsawa, .2.Binciken bayanai: Iya sarrafa bayanai ta hanyar santsi, gano kololuwa, rage amo, ragi na asali,bambancin bakan, da dai sauransu, .3.Model Kafa: ya kafa samfurin ƙididdigewa ta amfani da samfuran abun ciki da aka sani kuma ta atomatik yana gina samfurin ƙididdiga bisa gaainihin-lokaci data tattara a lokacin da dauki tsari. | |||||
| Tsawon tsayin igiyar ruwa | 0.2nm ku | |||||
| kwanciyar hankali tsawon tsayi | 0.01nm ku | |||||
| Hanyoyin haɗin kai | Kebul na USB 2.0 | |||||
| Fitowa data format | spc misali spectrum, prn, txt da sauran tsari na zaɓi ne | |||||
| Tushen wutan lantarki | 100 ~ 240 VAC , 50 ~ 60 Hz | |||||
| Yanayin aiki | 0 ~ 40 ℃ | |||||
| Adanazafin jiki | -20 ~ 55 ℃ | |||||
| % Dangi zafi | 0 ~ 90% RH | |||||
RS2000-4/RS2100-4 yana da hanyoyin amfani guda uku a cikin dakin gwaje-gwaje, kuma kowane yanayi yana buƙatar na'urorin haɗi daban-daban.
1. Yanayin farko yana amfani da dogon bincike mai zurfi wanda ke zurfi zuwa matakin ruwa na tsarin amsawa don saka idanu akan kowane ɓangaren amsawa.Dangane da jirgin ruwan dauki, yanayin amsawa, da tsarin, ana daidaita ƙayyadaddun bayanai daban-daban na bincike.
2. Yanayin na biyu ya haɗa da yin amfani da tantanin halitta mai gudana don haɗa bincike na kewayawa don saka idanu akan layi, wanda ya dace da reactors kamar microchannel reactors.Ana saita bincike iri-iri dangane da takamaiman jirgin ruwa da yanayi.
3. Yanayin na uku yana amfani da bincike na gani kai tsaye tare da taga gefen jirgin ruwan dauki don sa ido kan dauki.
Li-ion baturi masana'antu
Labarai - Bincike akan tsarin kira na bis (fluorosulfonyl) amide (jinsptech.com)
Masana'antar Biopharmaceutical
Labarai - Binciken nau'in ƙwayar ƙwayar cuta da ƙimar daidaito (jinsptech.com)
Labarai - Kula da Inganci a Injiniya na Biofermentation (jinsptech.com)
Kyakkyawan masana'antar sinadarai
Labarai - Bincike kan tsarin samar da barasa na furfuryl ta hanyar halayen hydrogenation na furfural (jinsptech.com)
Labarai - Tsarin sarrafa halayen bioenzyme catalytic na mahadi na nitrile (jinsptech.com)
Labari - Wani takamaiman yanayin nitrification mai ƙarancin zafi (jinsptech.com)
Labarai - Bincike kan o-xylene nitration dauki tsari (jinsptech.com)
