Ana samun tarin kayan kwalliya a kasuwa a cikin takamaiman bayani kamar girman, ƙirar lantarki da nauyi, sakamakon haifar da kewayon saukowa daban-daban. Lumispot Tech yana ba da nau'ikan lasisi mai sanyaya-da-sananniyar lasisi. Za'a iya tsara sifar jiki da sigogi masu rarrabe gwargwadon bukatun abokan ciniki daban-daban. Daga cikin su, wannan samfurin LM-808-Q800-C16-HA1000-808-Q1500-C15-ha20-C20-C20-C20-C20-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Cand-Capection Wannan samfurin yana da jerin jerin gwano na musamman tare da yawan sanduna da kuma ƙirar fitarwa na wutar lantarki daban. Za'a iya zaba samfuran daban-daban gwargwadon abubuwan da ake buƙata. Powerarfin ƙarfin wannan samfurin zai iya kai wa 1600w tare da sanyi na sanduna 20. Cibiyar fitowar ta ne kusan 808nm da haƙuri yana cikin 4nm, suna sa shi farkon zaɓin crylinals. An yi amfani da samfurin Polygonal / Annularal Quacings da aka daidaita ta amfani da fasahar Ausn, tare da dimbin dorewa da yawa. Don haka wannan samfurin yana da girman m, rarraba hasken wuta, sauƙin haɗi mai sauƙi, da hanyar yin famfo wanda zai iya haɓaka haɓakar famfo da daidaituwa. Za'a iya amfani da tari na sanyaya don yin famfo mai ƙarfi-jihar, binciken kimiyya har da dalilai na likita.

Ci gaba da haɓaka haɓaka fasaha na CW Didode Laser ya ba da babbar wuta mai yawa (QCW) Dandalin Aikace-aikacen. Kayayyakin da aka ɗora da kunshin da aka ɗora a kan daidaitaccen matattarar zafi tare da karamar kulawa ta hanyar ruwa mai sanyaya ta hanyar ruwa mai kyau, tana ba da abin dogaro da ruwa a yanayin zafi. A sakamakon haka, samfurin ya tabbata kuma za'a iya adana shi na dogon lokaci tsakanin -10 da 50 digiri Celsius.

ARC na Qcw ɗinmu na QCW yana ba da gasa, mafita-orried bayani don bukatun masana'antu. A halin yanzu akwai a cikin al'ada ko yawa daga cikin watanni 790nm zuwa kewayon 815nm. Za'a iya amfani da Arrays don haske, Jinding, R & D, da m-jihar diode. Don ƙarin bayani, da fatan za a koma zuwa takardar bayanan samfur da ke ƙasa kuma tuntuɓar mu tare da kowane ƙarin tambayoyi ko yin wasu buƙatun na al'ada.