Umshini wokumaka i-laser ye-UV uwukukhetha okungcono kakhulu kokucubungula izinhlobo ezahlukene zezinto ze-PCB emikhakheni eyahlukene yezimboni. Kusukela ekukhiqizeni ibhodi lesifunda eliyisisekelo kakhulu kuya ku-chip encane ehlanganisiwe, umshini wokumaka i-laser ye-UV uvame ukunconywa.
Umshini wokumaka i-laser ye-UV usebenza kahle kakhulu ngesikhathi sokusebenza. Kuthatha imizuzwana embalwa kuphela ukumaka izinhlamvu namaphethini ku-PCB. Lokhu kwenza ama-laser e-UV abe yindlela esheshayo yokukhiqiza amasampula e-PCB futhi amalabhorethri amaningi kancane kancane ethula imishini yokumaka i-laser ye-UV.
Kwamanye ama-laser e-UV, usayizi wokukhanya ungaba mncane njengo-10-20μm, ngakho-ke usetshenziselwa futhi ukukhiqiza umugqa wendlela yesekethe oguquguqukayo. Umugqa wendlela yesekethe mncane kakhulu kangangokuthi ungabonakala kuphela ngaphansi kwe-microscope.
Njengoba sonke sazi, i-laser ye-UV yaziwa ngokunemba okuphezulu futhi iyazwela ezinguqukweni zokushisa. Ukuqinisekisa ukunemba, kudingeka i-water chiller enembile ngokulinganayo. Ama-chiller apholile emoyeni aphathekayo e-S&A Teyu afaneleka kakhulu emshinini wokumaka i-laser ye-PCB kusukela ku-3W kuya ku-30W. Abonakala ngomklamo omncane, ukulungiswa okuphansi, ukusebenza okuphezulu futhi okubaluleke kakhulu, ukuqina kokushisa kungafika ku-±0.1℃. Thola i-chiller epholile emoyeni ephathekayo efanelekile yomshini wakho wokumaka i-laser ye-UV ku-https://www.teyuchiller.com/uv-laser-chillers_c4
