Kamar yadda muka sani, guntu na LED a matsayin ginshiƙi na fitilun LED shine na'ura mai ƙarfi mai ƙarfi, zuciyar LED shine guntu semiconductor, ɗayan ƙarshen guntu an haɗa shi da bracket, ɗayan ƙarshen shine mummunan electrode, ɗayan ƙarshen yana haɗi zuwa ingantaccen lantarki na wutar lantarki, ta yadda dukkan guntu an lulluɓe shi ta hanyar resin epoxy. Lokacin da aka yi amfani da sapphire a matsayin kayan aiki, ana amfani da shi sosai wajen samar da kwakwalwan kwamfuta na LED, kuma kayan aikin yankan gargajiya ba zai iya biyan bukatun yankewa ba. To ta yaya kuke magance wannan matsalar?
Za a iya amfani da na'ura na yankan Laser na gajeren zango na picosecond don yanka wafers, wanda ke magance wahalar sapphire da kuma buƙatun masana'antun LED don yin guntu ƙananan kuma hanyar yankewa, kuma yana ba da damar da garantin ingantaccen yankan don babban yawan samar da LED na LED bisa ga sapphire.
Amfanin yankan Laser:
1, mai kyau sabon ingancin: saboda da kananan Laser tabo, high makamashi yawa, yankan gudun, don haka Laser sabon iya samun mafi ingancin sabon.
2, high yankan yadda ya dace: saboda da watsa halaye na Laser, da Laser sabon na'ura ne kullum sanye take da mahara na lamba kula Tables, da dukan sabon tsari na iya zama cikakken CNC. Lokacin aiki, kawai canza shirin kula da lambobi, ana iya amfani da shi don yanke sassa na sifofi daban-daban, ana iya samun nau'ikan nau'ikan nau'ikan nau'ikan biyu da yankan uku.
3, saurin yankan yana da sauri: kayan ba ya buƙatar gyarawa a cikin yankan laser, wanda zai iya ajiye kayan aiki da kuma adana lokacin taimako na kaya da saukewa.
4, mara lamba sabon: Laser yankan fitila da workpiece babu lamba, babu kayan aiki lalacewa. Sarrafa sassan sassa daban-daban, ba sa buƙatar maye gurbin "kayan aiki", kawai canza sigogin fitarwa na laser. Laser yankan tsari yana da ƙananan amo, ƙananan vibration kuma babu gurbatawa.
5, akwai nau'ikan kayan yankan iri-iri: don kayan daban-daban, saboda kaddarorinsu na thermal na jiki da ƙimar shayarwar Laser daban-daban, suna nuna daidaitawar yankan Laser daban-daban.
Lokacin aikawa: Dec-02-2024
