I-laser ithathwa njengenye yezona ndlela zibalaseleyo zokucubungula. Ikwazi ukusika, ukuwelda, ukumakisha, ukukrola kunye nokucoca ngokusebenzisa amandla okukhanya kwe-laser kwiziqwenga zomsebenzi. Njenge "mela ebukhali", kufumaneka ukusetyenziswa okungakumbi kwe-laser.
I-laser ithathwa njengenye yezona ndlela zintsha zokucubungula. Ikwazi ukusika, ukuwelda, ukumakisha, ukukrola kunye nokucoca ngokusebenzisa amandla okukhanya kwe-laser kwiziqwenga zomsebenzi. Njenge "mela ebukhali", kufunyanwa ukusetyenziswa okungakumbi kwe-laser. Okwangoku, indlela ye-laser isetyenziswa ekucubunguleni isinyithi, ekubumbeni, kwii-elektroniki zabathengi, kwiindawo zeemoto, kwi-aerospace, ekutyeni nakumayeza nakwamanye amashishini.
Ukususela ngo-2000 ukuya ku-2010 yiminyaka eli-10 apho ishishini le-laser lasekhaya laqala ukukhula. Kwaye ukususela ngo-2010 ukuza kuthi ga ngoku yiminyaka eli-10 apho ubuchule be-laser bukhula kwaye olu hlobo luza kuhlala lukho.
Kwindlela yokwenza i-laser kunye neemveliso zayo ezintsha, abadlali abaphambili ngokuqinisekileyo ngumthombo we-laser kunye ne-core optical element. Kodwa njengoko sisazi, into eyenza i-laser ibe luncedo ngumatshini wokucubungula i-laser. Oomatshini bokucubungula i-laser abafana nomatshini wokusika i-laser, umatshini wokuwelda i-laser kunye nomatshini wokumakisha i-laser ziimveliso ezidibeneyo ezidibanisa izinto ezibonakalayo, ezoomatshini neze-elektroniki. Ezi zinto ziquka isixhobo somatshini, intloko yokucubungula, iskena, ulawulo lwesoftware, inkqubo yeselula, inkqubo yemoto, uthumelo lokukhanya, umthombo wamandla, isixhobo sokupholisa, njl. Kwaye eli nqaku ligxile kwisixhobo sokupholisa esisetyenziswa yi-laser.
Iiyunithi zokupholisa nge-laser zasekhaya zikhula ngokukhawuleza
Isixhobo sokupholisa ngokubanzi sahlulwe saba ngumatshini wokupholisa amanzi kunye nomatshini wokupholisa ioyile. Ukusetyenziswa kwelaser yasekhaya ikakhulu kufuna umatshini wokupholisa amanzi. Ukukhula okukhulu komatshini welaser kunceda ukukhuthaza imfuno yeeyunithi zokupholisa ilaser.
Ngokwezibalo, kukho amashishini angaphezu kwama-30 anikezela ngee-laser water chillers. Njengakwiimashini ze-laser eziqhelekileyo, ukhuphiswano phakathi kwababoneleli ngee-laser water chillers nalo lunzima kakhulu. Amanye amashishini ekuqaleni asebenza ngokucoca umoya okanye ukuthutha iifriji kodwa kamva angena kwishishini le-laser friji. Njengoko sisazi, iifriji zemizi-mveliso zishishini "elilula ekuqaleni, kodwa elinzima kwinqanaba elilandelayo". Eli shishini aliyi kukhuphisana kangaka ixesha elide kwaye inani elincinci lamashishini anemveliso esemgangathweni ophezulu kunye nenkonzo esemgangathweni emva kokuthengisa iya kugqama kwimarike kwaye ichaze uninzi lwesabelo semarike.
Kule mihla, sele kukho amashishini amabini okanye amathathu abalaseleyo kolu khuphiswano lunzima. Elinye lawo yi-S&A Teyu. Ekuqaleni, i-S&A Teyu yayigxile kakhulu kwi-CO2 laser chiller kunye ne-YAG laser chiller, kodwa kamva yandisa ububanzi bayo beshishini ukuya kwi-high power fiber laser chiller, i-semiconductor laser chiller, i-UV laser chiller kunye ne-ultrafast laser chiller kamva. Ngomnye wababoneleli abambalwa be-chiller abagubungela zonke iintlobo ze-laser.
Kwiminyaka eli-19 yophuhliso, i-S&A Teyu kancinci kancinci iba luphawu oluqatshelwa kakuhle ngababoneleli boomatshini be-laser kunye nabasebenzisi bokugqibela be-laser ngenxa yokusebenza kwayo okuthembekileyo kunye nozinzo oluphezulu. Kunyaka ophelileyo, umthamo wentengiso ufikelele kwiiyunithi ezingama-80000, nto leyo ekhokelayo kulo lonke ilizwe.
Njengoko sisazi, enye yezona parameter zibalulekileyo zeyunithi ye-laser chiller kumthamo wokupholisa. I-chiller enomthamo ophezulu ingasetyenziselwa ukusetyenziswa kwamandla aphezulu. Okwangoku, i-S&A Teyu iphuhlise i-air cooled recirculating laser chiller ye-20KW fiber laser. Le chiller inoyilo olufanelekileyo emzimbeni we-chiller kunye nomgca wamanzi ovaliweyo. Uzinzo lobushushu lolunye umlinganiselo obalulekileyo. Kumatshini we-laser onamandla aphezulu, ngokubanzi ifuna uzinzo lobushushu ukuba lube yi-±1℃ okanye ±2℃. Ngokulawula ngokuchanekileyo ubushushu bomatshini we-laser, i-laser water chiller inokuqinisekisa ukusebenza okuqhelekileyo kunye nobomi obude bomatshini we-laser.
Ngaphandle koko, i-S&A Teyu iyaqhubeka nokuphucula itekhnoloji yokupholisa kwaye iqalisa iimveliso ezintsha, kubandakanya i-chiller eyenzelwe ngokukodwa umatshini wokumakisha i-UV laser kunye nomatshini wokusika i-UV laser kunye ne-chiller eyenzelwe ngokukodwa umatshini wokuwelda we-laser ophathwayo we-1000-2000W kunye nozinzo lobushushu be-±1°C.
I-S&A Teyu ayikaze ime kwindlela yokuvelisa izinto ezintsha. Kwiminyaka emi-6 eyadlulayo kwimiboniso yelaser yaphesheya kolwandle, i-S&A Teyu yabona i-laser ekhawulezayo kakhulu echanekileyo enozinzo lobushushu obuyi-±0.1°C. Itekhnoloji yokupholisa yozinzo lobushushu obuyi-±0.1°C yayisoloko ilawulwa ngamazwe aseYurophu, i-US neJapan. Iqonda umsantsa phakathi kwala mazwe, i-S&A Teyu yagqiba ekubeni ivelise itekhnoloji yayo yokupholisa ukuze ifikelele kwamanye amazwe. Kule minyaka i-6, i-S&A Teyu yafumana ukusilela kabini, nto leyo ebonisa ubunzima bokufikelela kolu zinzo lobushushu obuphezulu. Kodwa yonke imizamo yaphumelela. Ekuqaleni kuka-2020, i-S&A Teyu ekugqibeleni yaphuhlisa ngempumelelo i-CWUP-20 ultrafast laser water chiller yozinzo lobushushu obuyi-±0.1°C. Le recirculating water chiller ifanelekile ukupholisa i-solid-state ultrafast laser ukuya kuthi ga kwi-20W, kubandakanya i-femtosecond laser, i-picosecond laser, i-nanosecond laser, njl. Fumana ulwazi oluthe kratya malunga nale chiller apha https://www.teyuchiller.com/portable-water-chiller-cwup-20-for-ultrafast-laser-and-uv-laser_ul5
