Ana samun ɗimbin sanyayawar sarrafawa a kasuwa a cikin ƙayyadaddun bayanai daban-daban kamar girman, ƙirar lantarki da nauyi, wanda ya haifar da tsayin raƙuman ruwa daban-daban da jeri na wuta. Lumispot Tech yana ba da tsararrun diode mai sanyaya-sauri iri-iri. Za a iya daidaita siffar jiki da sigogin ɓangarori bisa ga buƙatun abokan ciniki daban-daban. Daga cikin su, wannan samfurin LM-808-Q800-C16-HA, LM-808-Q1000-C20-HA, LM-808-Q1500-C15-HA, da LM-808-Q2000-C20-HA laminated tsararru ne madauwari quasi. - ci gaba da laminated. Wannan samfurin yana cikin jerin gwano na musamman na Laser diode wanda aka ƙera tare da adadin sanduna da ƙimar fitarwar wutar lantarki. Za'a iya zaɓar samfura daban-daban bisa ga buƙatun. Ƙarfin fitarwa na wannan samfurin zai iya kaiwa 1600W tare da daidaitawar sanduna 20. Tsawon zangon tsakiyar yana kusan 808nm kuma haƙuri yana tsakanin 4nm, yana mai da shi zaɓi na farko don yin famfo kristal na silindi. Lumispot Technologies' Polygonal/Annular quasi mai ci gaba da tara samfur ana welded ta amfani da fasaha mai ɗorewa na AuSn, tare da ɗimbin rijiyoyin semiconductor masu siffar arc da yawa waɗanda ke samar da cikakke, rami mai madauwari. Don haka wannan samfurin yana da ƙaƙƙarfan girman, rarraba haske iri ɗaya, haɗin wutar lantarki mai sauƙi, da hanyar yin famfo wanda zai iya haɓaka ƙimar famfo da daidaito. The sanyaya tari za a iya amfani da famfo m-jihar Laser, kimiyya bincike kazalika da likita dalilai.

Ci gaba da haɓakawa da haɓaka fasahar Laser na CW diode na yanzu ya haifar da manyan sandunan laser diode diode (QCW) don aikace-aikacen famfo. Kunshin ƙaƙƙarfan ƙaƙƙarfan fakitin da aka ɗora akan madaidaicin tanki mai zafi tare da kwandon gwal mai ɗorewa yana ba da ikon sarrafa zafi mai kyau ta hanyar sanyaya ruwa na tashar tashar macro, yana ba da damar ingantaccen aiki a yanayin zafi. Sakamakon haka, samfurin yana da ƙarfi kuma ana iya adana shi na dogon lokaci tsakanin -10 zuwa 50 digiri Celsius.

Makullin baka na QCW ɗinmu yana ba da gasa, mafita mai dacewa don bukatun masana'antar ku. A halin yanzu ana samun su a cikin al'ada guda ɗaya ko maɗaukakin raƙuman ruwa a cikin kewayon 790nm zuwa 815nm. Za a iya amfani da tsararrakin don haskakawa, ji, R&D, da famfo diode mai ƙarfi. Don ƙarin bayani, da fatan za a koma zuwa takardar bayanan samfurin da ke ƙasa kuma tuntuɓe mu tare da kowace ƙarin tambayoyi ko don yin wasu buƙatun na al'ada.