I-Laser ithathwa njengenye yezona ndlela zibalaseleyo zokucwangcisa inoveli. Iqaphela ukusika, ukuwelda, ukuphawula, ukukrola kunye nokucoca ngokusebenzisa amandla okukhanya kwelaser kwiziqwenga zokusebenza. Njenge "mela ebukhali", usetyenziso oluninzi lwelaser luyafunyanwa.
I-Laser ithathwa njengenye yezona ndlela zibalaseleyo zokucwangcisa inoveli. Iqaphela ukusika, ukuwelda, ukumakisha, ukukrola kunye nokucoca ngokusebenzisa amandla okukhanya kwelaser kwiziqwenga zokusebenza. Njenge "mela ebukhali", izicelo ezininzi ze-laser zifunyenwe. Okwangoku, ubuchule be-laser busetyenziswe ekusetyenzweni kwesinyithi, ukubumba, i-elektroniki yabathengi, iinxalenye zemoto, i-aerospace, ukutya kunye namayeza kunye namanye amashishini.
2000 ukuya ku-2010 yiminyaka eli-10 apho ishishini lelaser lasekhaya laqala ukukhula. Kwaye u-2010 ukuza kuthi ga ngoku yiminyaka eli-10 apho ubuchule belaser buphumelela kwaye le meko iza kuhlala.
Kubuchule belaser kunye neemveliso zayo ezintsha, abadlali abakhulu ngokuqinisekileyo ngumthombo welaser kunye neyona nto iphambili ye-optical element. Kodwa njengoko sisazi, eyona nto yenza ukuba i-laser ibe yinto esebenzayo ngumatshini wokusetyenzwa kwelaser. Oomatshini bokucutshungulwa kweLaser njengomatshini wokusika i-laser, umatshini we-laser welding kunye nomatshini wokumakisha we-laser ziimveliso ezidityanisiweyo ezidibanisa i-optical, mechanical and electronic components. Ezi zixhobo ziquka isixhobo somatshini, intloko yokucubungula, iskena, ulawulo lwesoftware, inkqubo yeselula, inkqubo yemoto, ukuhanjiswa kokukhanya, umthombo wamandla, isixhobo sokupholisa, njl.njl. Kwaye eli nqaku lijolise kwisixhobo sokupholisa i-laser.
Iiyunithi zokupholisa laser zasekhaya ziphantsi kokukhula ngokukhawuleza
Isixhobo sokupholisa sahlulwe ngokubanzi kumatshini wokupholisa amanzi kunye nomatshini wokupholisa ioli. Ukusetyenziswa kwe-laser yasekhaya kufuna ikakhulu umatshini wokupholisa amanzi. Ukukhula okumangalisayo komatshini we-laser kunceda ukukhuthaza imfuno yeeyunithi zokupholisa laser.
Ngokweenkcukacha-manani, kukho amashishini angaphezu kwama-30 abonelela ngezitshizi ze-laser zamanzi. Kanye njengoomatshini be-laser abaqhelekileyo, ukhuphiswano phakathi kwababoneleli be-laser water chiller nabo lubukhali kakhulu. Amanye amashishini ekuqaleni asebenza ngokucoca umoya okanye uthutho lwefriji kodwa kamva angena kwishishini le-laser refrigeration. Njengoko sisazi, ifriji yezoshishino yimboni "elula ekuqaleni, kodwa inzima kwinqanaba elilandelayo". Eli shishini aliyi kukhuphisana ixesha elide kwaye inani elincinci lamashishini anemveliso ekumgangatho ophezulu kunye nenkonzo esekelwe emva kokuthengisa iya kugqama kwimarike kwaye ibalwe uninzi lwesabelo semarike.
Ngoku, sele kukho amashishini ama-2 okanye ama-3 agqamileyo kolu khuphiswano luqatha. Omnye wabo ngu S&A Teyu. Ekuqaleni, S&A iTeyu yayigxile kakhulu kwi-CO2 laser chiller kunye ne-YAG laser chiller, kodwa kamva yandisa umda weshishini layo ukuya kumandla aphezulu we-fiber laser chiller, i-semiconductor laser chiller, i-UV laser chiller kwaye kamva i-laser chiller ye-ultrafast. Ngomnye wabanikezeli be-chiller abambalwa abagubungela zonke iintlobo zeelaser.
Ngexesha le-19 leminyaka yophuhliso, S&A I-Teyu ngokuthe ngcembe iba yinto eyaziwayo kakuhle ngababoneleli bomatshini we-laser kunye nabasebenzisi bokugqibela be-laser kunye nokusebenza okuthembekileyo kunye nokuzinza okuphezulu. Kunyaka ophelileyo, umthamo wokuthengisa ufikelele kwiiyunithi ze-80000, ezikhokelayo kwilizwe lonke.
Njengoko sisazi, enye yeeparameters ezibalulekileyo zeyunithi ye-laser chiller kukupholisa umthamo. I-Chiller enomthamo ophezulu ingasetyenziselwa ukusetyenziswa kwamandla aphezulu. Okwangoku, S&A iTeyu iphuhlise umoya opholileyo ophinda ujikeleze i-laser chiller ye-20KW fiber laser. Le chiller inoyilo olufanelekileyo kwi-chiller yomzimba kunye ne-loop yamanzi evaliweyo. Uzinzo lobushushu yenye iparameter ebalulekileyo. Kumatshini welaser wamandla aphezulu, ufuna ukuzinza kobushushu ukuba ube yi ±1℃ okanye ±2℃. Ngokulawula ngokuchanekileyo ubushushu kumatshini we-laser, i-laser water chiller inokuqinisekisa ukusebenza okuqhelekileyo kunye nobomi obude bomatshini we-laser.
Ngaphandle koko, S&A iTeyu iyaqhubeka nokuphucula iteknoloji yokupholisa kwaye iqalise iimveliso ezintsha, kuquka i-chiller eyenzelwe ngokukodwa umatshini wokumakisha we-UV laser kunye nomatshini wokusika we-UV laser kunye ne-chiller eyenzelwe ngokukodwa umatshini we-laser welding we-1000-2000W kunye nokuzinza kobushushu be-± 1 ° C.
S&A I-Teyu ayizange ime kwindlela yokuqamba izinto ezintsha. Kwiminyaka emi-6 eyadlulayo kumboniso welaser waphesheya kolwandle, S&A iTeyu yabona i-laser echanekileyo ephezulu enozinzo lobushushu obuyi ±0.1°C. Ubuchwephesha bokupholisa be-± 0.1 ° C ukuzinza kweqondo lokushisa bekusoloko kulawulwa ngamazwe aseYurophu, i-US ne-Japan. Ukuqaphela umsantsa kula mazwe, S&A iTeyu yagqiba ekubeni ivelise ubuchwephesha bokupholisa ukuze ifumane intsebenziswano noogxa bayo bangaphandle. Ngeli xesha le-6 iminyaka, S&A i-Teyu yafumana ukungaphumeleli kabini, okubonisa ubunzima bokufezekisa oku kuzinza okuphezulu kweqondo lokushisa. Kodwa yonke loo migudu yaba nemiphumo emihle. Ekuqaleni kuka-2020, S&A iTeyu ekugqibeleni iphuhlise ngempumelelo iCWUP-20 ultrafast laser water chiller ye ± 0.1 ° C ukuzinza kobushushu. Le chiller yamanzi iphinda ijikelezwe ifanelekile ukupholisa i-laser eqinileyo ye-ultrafast ukuya kwi-20W, kuquka i-laser ye-femtosecond, i-laser ye-picosecond, i-laser ye-nanosecond, njl. Fumana ulwazi oluthe kratya malunga nale chiller ku -https://www.teyuchiller.com/portable-water-chiller-cwup-20-for-ultrafast_serul-ulav
