Ingabe Ukushisela Nge-Laser kwe-Microfluidics Kudinga I-Laser Chiller?

I-Microfluidics yasungulwa ngawo-1980 futhi ibhekisela kubuchwepheshe bokulawula nokuphatha uketshezi oluncane, ikakhulukazi izakhiwo ze-submicron. Iwubuchwepheshe obuhlanganisa imikhakha eyahlukene obuhilela ikhemistri, i-fluid physics, i-microelectronics, izinto ezintsha, i-biology, kanye nobunjiniyela bezokwelapha. Ngenxa yomthamo wayo omncane, ukusetshenziswa kwamandla aphansi, kanye nokunyakaza kwedivayisi encane, i-microfluidics ithembisa kakhulu ukusetshenziswa okuhlukahlukene ekuxilongweni kwezokwelapha, ukuhlaziywa kwamakhemikhali, ukuhlanganiswa kwamakhemikhali, kanye nokuqapha indawo ezungezile.

Uhlobo olujwayelekile lwama-chip e-microfluidic lubhekisela ekuhlanganisweni okuyisisekelo kwamayunithi okusebenza ahilelekile emikhakheni yamakhemikhali kanye ne-biology njengokulungiselela amasampula, ukusabela, ukuhlukaniswa, ukuthola, ukukhuliswa kwamaseli, ukuhlunga, kanye nokususwa kube yingcezu yamasentimitha ambalwa noma ngisho naku-chip encane. Kukhiwa inethiwekhi yama-microchannel, futhi uketshezi olulawulwayo ludlula kulo lonke uhlelo. Ama-chip e-microfluidic anezinzuzo eziningana njengomthamo wokukhanya, umthamo omncane wesampula kanye ne-reagent, isivinini sokusabela okusheshayo, ukucubungula okuhambisanayo okukhulu, kanye nokulahlwa emikhakheni ye-biology, i-chemistry, imithi, njll.

Ukushisela Okuqondile Kwe-Laser Kuthuthukisa I-Microfluidic Chip

I-chip ye-microfluidic iyi-chip encane esekelwe epulasitiki ehlanganisa izinyathelo eziningi, okuhlanganisa ukulungiswa kwesampula, ukusabela kwamakhemikhali, kanye nokutholakala kwemiphumela. Kodwa-ke, ukuguqula inani lama-reagent libe ama-microliter noma ngisho nama-nanoliter noma ama-picoliter, izidingo zobuchwepheshe bokushisela ziphakeme kakhulu.

Amasu avamile okushisela njenge-ultrasonic, ukucindezela ukushisa, kanye nokunamathisela anezinkinga. Ubuchwepheshe be-Ultrasonic buvame ukuchitheka nothuli, kuyilapho ubuchwepheshe bokucindezela ukushisa bungaguquguquka kalula futhi buchichime, okuholela ekusebenzeni kahle kokukhiqiza okuphansi.

Ngakolunye uhlangothi, ukushisela nge-laser kuyindlela yokushisela engathintani esebenzisa umsebe omncane we-laser ukuxhuma izingxenye ngokunemba okukhulu kanye nesivinini. Le ndlela ayithinti isiteshi sokugeleza, futhi ukunemba kokushisela kungaba ngokunembile njengo-0.1mm ukusuka emaphethelweni entambo yokushisela kuya kusiteshi sokugeleza. Akukho ukudlidliza, umsindo, noma uthuli ngesikhathi senqubo yokushisela. Indlela yokushisela ehlanzekile kangaka yenza kube ukukhetha okuhle kakhulu kwezidingo zokushisela ngokunemba kwemikhiqizo yepulasitiki yezokwelapha.

Ukushisela nge-Laser Kumelwe Kuhlonyiswe Nge- Isishisi se-Laser

Ukuze kucutshungulwe ngokunemba kwe-chip ye-microfluidic, umshini wokushisela we-laser udinga ukulawula ngokunembile izinga lokushisa le-laser ukuqinisekisa ukuzinza kokukhishwa kwe-laser beam. Ngakho-ke i- umshini wokushisela we-laser kuyadingeka. Umkhiqizi we-laser chiller TEYU uneminyaka engaphezu kwengu-21 yesipiliyoni sokupholisa nge-laser, enemikhiqizo engaphezu kwengu-90 esebenza ezimbonini ezingaphezu kwe-100. Isibonelo, ama-CWFL series chiller anikeza imodi yokulawula izinga lokushisa ekabili yokupholisa i-laser kanye ne-optics ngokwahlukana. Izexwayiso eziningi ze-alamu, kanye nemisebenzi ye-Modbus-485, zinikeza ukwesekwa okuqinile kokucutshungulwa kahle kokushiswa kwe-laser.