An gudanar da taron fasaha da ci gaban masana'antu na Laser na kasar Sin karo na biyu a Changsha daga ranar 7 zuwa 9 ga Afrilu, 2023, wanda Injiniyan gani na kasar Sin da sauran kungiyoyi suka dauki nauyin daukar nauyinsa, ciki har da sadarwa ta fasaha, dandalin bunkasa masana'antu, nunin nasarori da kuma ajiye kayayyaki, nunin hanyoyin aiki da sauran ayyuka da dama, inda ya tara kwararru sama da 100 na masana'antu, 'yan kasuwa, sanannun cibiyoyin ba da shawara, zuba jari, da cibiyoyin ba da kudi, kafofin watsa labarai na hadin gwiwa da sauransu.
Dr. Feng, Mataimakin Shugaban Sashen Bincike da Ci Gaba na Lumispot Tech, ya raba ra'ayoyinsa kan "Na'urorin Laser na Semiconductor Mai Iko da Fasaha Masu Alaƙa". A halin yanzu, kayayyakinmu sun haɗa da na'urorin Laser na semiconductor mai ƙarfi, laser na gilashin erbium, na'urorin DPL masu ƙarfi na CW/QCW, tsarin haɗa laser da na'urorin fitarwa na laser fiber-coupled masu ƙarfi, da sauransu. Mun himmatu ga haɓakawa da bincike na duk nau'ikan na'urori da tsarin laser na semiconductor mai ƙarfi.
● Lumispot Tech ta samu ci gaba mai mahimmanci:
Lumispot Tech ta samu ci gaba mai mahimmanci a cikin na'urorin laser mai girman mitoci masu girman gaske, ta hanyar fasahar aiwatar da micro-stacking na ƙaramin inductance, fasahar tuƙi mai ƙaramin girma, fasahar haɗakar ma'aunin mita da yawa, da fasahar daidaita ma'aunin mita da yawa, da sauransu, don cimmawa da haɓaka jerin na'urorin laser mai girman mitoci masu girman gaske. Irin waɗannan samfuran suna da fa'idodin ƙaramin girma, nauyi mai sauƙi, ƙarfin mita mai yawa, ƙarfin kololuwa mai tsayi, ƙarfin bugun kunkuntar, daidaitawa mai sauri, da sauransu, ƙarfin kololuwa na iya zama sama da 300W, faɗin bugun na iya zama ƙasa da 10ns, waɗanda ake amfani da su sosai a cikin radar mai zagaye na laser, fuze na laser, gano yanayi, sadarwa ta ganowa, ganowa, da bincike, da sauransu.
● Kamfanin ya cimma nasarori masu yawa:
A shekarar 2022, kamfanin yana ƙoƙarin amfani da fasahar haɗa fiber kuma ya sami ci gaba mai kyau a cikin aikace-aikacen musamman na na'urorin laser na semiconductor na haɗin fiber, wanda ya shirya rabon taro-zuwa-ƙarfi ƙasa da 0.5g/W bisa ga samfuran famfon dandamali na LC18, ya fara aika ƙananan tarin samfura zuwa ga na'urorin masu amfani da suka dace tare da kyakkyawan ra'ayi zuwa yanzu. Irin wannan kewayon zafin jiki mai sauƙi da ajiya na -55 ℃ -110 ℃. A nan gaba, ana sa ran zai zama ɗaya daga cikin manyan samfuran kamfanin.
● Babban ci gaba da Lumispot Tech ta samu kwanan nan:
Bugu da ƙari, Lumispot Tech ta kuma sami ci gaba mai mahimmanci a fannin fasahar lasers na erbium, lasers na bar array, da kuma na'urorin famfo na semiconductor.
Laser ɗin gilashin Erbium ya samar da cikakken jerin samfuran laser gilashin erbium mai nauyin 100uJ, 200μJ, 350μJ, >400μJ da kuma jerin mitoci masu nauyi masu yawa a cikin tsarin samar da taro, a halin yanzu, an karɓi gilashin Erbium na 100uJ da yawa don faɗaɗa hasken fasaha ɗaya, tare da haɗin kai tsaye tare da buƙatun fitar da laser mai tsayi don haɗa siffa ta gani da fitar da laser, wanda za'a iya hana shi daga tasirin gurɓatar muhalli, yana inganta ingancin amfani da laser gilashin erbium a matsayin mai gano kewayon tushen haske na tsakiya.
Bar Array Laser yana amfani da fasahar haɗa solder da yawa. Bar Array Laser tare da G-stack, area array, ring, arc, da sauran siffofi ana matukar buƙata a fannoni daban-daban na aikace-aikace. Lumispot Tech ta kuma yi bincike mai yawa na farko kan tsarin fakitin, kayan lantarki, da ƙira. Zuwa yanzu, kamfaninmu ya cimma wasu nasarori a cikin hasken hasken laser na mashaya. Ana sa ran zai cimma sauyi cikin sauri a fannin injiniya a mataki na gaba.
A fannin na'urorin samar da famfon semiconductor, bisa ga ƙwarewar fasaha mai girma a masana'antar, Lumispot Tech ta fi mai da hankali kan ƙira da sarrafa fasahar tattara ramuka, fasahar famfon iri ɗaya, fasahar tara abubuwa masu girma dabam dabam/madauki da yawa, da sauransu. Mun sami babban ci gaba a matakin ƙarfin famfo da yanayin aiki, kuma ƙarfin famfon na yanzu zai iya kaiwa matakin watt 100,000, daga ƙaramin bugun zagayowar aiki, kusan-ci gaba zuwa dogon bugun bugun, ana iya rufe yanayin aiki mai ci gaba.
Lokacin Saƙo: Mayu-09-2023