Ngaba iMicrofluidics Laser Welding ifuna iLaser Chiller?

I-Microfluidics yaphuhliswa ngeminyaka yoo-1980 kwaye ibhekisa kwitekhnoloji yokulawula ngokuchanekileyo kunye nokulawula ulwelo oluncinci, ingakumbi izakhiwo ze-submicron. Yitekhnoloji ebandakanya ikhemistri, ifiziksi yolwelo, i-microelectronics, izixhobo ezintsha, i-biology, kunye nobunjineli be-biomedical. Ngenxa yomthamo wayo omncinci, ukusetyenziswa kwamandla aphantsi, kunye nomfanekiso wesixhobo esincinci, i-microfluidics ithembisa kakhulu kwiintlobo ngeentlobo zezicelo ekuxilongweni kwezonyango, uhlalutyo lwe-biochemical, ukwenziwa kweekhemikhali, kunye nokubeka esweni okusingqongileyo.

Uhlobo oluphambili lwee-chips ze-microfluidic lubhekisa ekudityanisweni okusisiseko kweeyunithi zokusebenza ezibandakanyekayo kwicandelo lekhemistri kunye nebhayoloji ezifana nokulungiselela isampuli, ukusabela, ukwahlula, ukufumanisa, inkcubeko yeseli, ukwahlula, kunye nokucoca kwisiqwenga seesentimitha ezininzi zesikwere okanye nakwi-chip encinci. Inethiwekhi yee-microchannels iyakhiwa, kwaye ulwelo olulawulekayo luhamba kuyo yonke inkqubo. Ii-chips ze-microfluidic zineengenelo ezininzi ezifana nomthamo wokukhanya, umthamo omncinci wesampuli kunye nomthamo we-reagent, isantya sokusabela esikhawulezayo, ukucubungula okukhulu okulinganayo, kunye nokulahlwa kwiindawo zebhayoloji, ikhemistri, amayeza, njl.

Ukuwelda kweLaser echanekileyo kuphucula i-Microfluidic Chip

Itshiphu ye-microfluidic yitshiphu encinci esekwe kwiplastiki edibanisa amanyathelo amaninzi, kuquka ukulungiswa kwesampuli, iimpendulo zebhayoloji, kunye nokuchongwa kweziphumo. Nangona kunjalo, ukuguqula inani lee-reagents zibe zii-microliters okanye ii-nanoliters okanye ii-picoliters, iimfuno zobuchwepheshe bokuwelda ziphezulu kakhulu.

Iindlela eziqhelekileyo zokuwelda ezifana ne-ultrasound, ukucinezela ubushushu, kunye nokuncamathisela zineengxaki. Itekhnoloji ye-ultrasonic idla ngokuchitheka nothuli, ngelixa itekhnoloji yokucinezela ngobushushu inokuguquka lula kwaye iphuphume, nto leyo ekhokelela ekubeni imveliso ingasebenzi kakuhle.

Kwelinye icala, ukuwelda nge-laser yindlela yokuwelda engadibaniyo esebenzisa umqadi we-laser omncinci ukudibanisa iindawo ngocoselelo olukhulu kunye nesantya. Le ndlela ayichaphazeli umjelo wokuhamba, kwaye ukuchaneka kokuwelda kunokuba ngokuchanekileyo njenge-0.1mm ukusuka kumphetho wocingo lokuwelda ukuya kumjelo wokuhamba. Akukho kungcangcazela, ingxolo, okanye uthuli ngexesha lenkqubo yokuwelda. Indlela yokuwelda ecocekileyo kangaka yenza kube lukhetho olufanelekileyo kwiimfuno zokuwelda ngokuchanekileyo kweemveliso zeplastiki zonyango.

Ukuwelda ngeLaser kufuneka kuxhotyiswe nge I-Laser Chiller

Ukuze kulungiswe ngokuchanekileyo i-microfluidic chip, umatshini wokuwelda nge-laser kufuneka ulawule ngokuchanekileyo ubushushu be-laser ukuqinisekisa uzinzo lwemveliso ye-laser beam. i-laser welding chiller kuyimfuneko. TEYU Umenzi we-laser chiller unamava angaphezu kweminyaka engama-21 okupholisa i-laser, kunye neemveliso ezingaphezu kwama-90 ezisebenza kumashishini angaphezu kwe-100. Umzekelo, ii-CWFL series chillers zibonelela ngemo yokulawula ubushushu obuphindwe kabini yokupholisa i-laser kunye ne-optics ngokwahlukeneyo. Izilumkiso ezininzi ze-alamu, kunye nemisebenzi ye-Modbus-485, zibonelela ngenkxaso enamandla yokucubungula kakuhle i-laser welding.