Ukuthuthuka okwengeziwe kanye nokwenza kahle kususelwa kubuchwepheshe obuqhubekayo obuqhubekayo (CW) i-Diode Laser Technology kuholele ekusebenzeni kwe-diode ye-diode ye-laser ye-quasi-aqhubeka nokusebenza (QCW) ukusebenza kwezicelo zokupompa.

I-Lumuspot Tech inikezela ngezinhlobonhlobo zokuphamba kwe-Laser Diode Arrays. Lezi array ezihlanganisiwe zingalungiswa ngokufanele kubha ngayinye ye-dide nge-lens e-axis esheshayo. Ngobuso obekwe, i-axis-axis divergence incishiswa ibe yizinga eliphansi. Lezi array ezihlanganisiwe zingakhiwa ngemigoqo engu-1-20 didiode ye-100w qcw kumandla we-300w QCW.Isikhala esiphakathi kwamabha phakathi kwe-0.43nm kuya ku-0.73NM ngokuya ngemodeli ethile. Ama-beams aqothulwe ahlanganiswa kalula nezinhlelo ezifanele zokusebenza kwezicelo ezidinga ukuncipha okuphezulu kakhulu. Ihlanganiswe ephaketheni elihlangene futhi eligoqwe elingahle linamathiselwe kalula, lokhu kulungele ukusetshenziswa kwezicelo ezahlukahlukene ezinjengezinduku zepompo noma ama-slabs aqinile ama-laser arer Lesi futhi isibalo esihlaba umxhwele kakhulu futhi sokuncintisana ngamapharamitha womkhiqizo afanayo emakethe.Inye isici, iphakethe elihlanganisiwe elinamandla ngeGold-Tin Hard solder livumela ukulawulwa okuhle okushisayo kanye nokusebenza okuthe xaxa emazingeni okushisa aphezulu. Lokhu kuvumela ukuthi umkhiqizo ungagcinwa isikhathi eside phakathi kwe-260 ne-85 degrees Celsius, futhi usebenze ngaphansi kwamazinga okushisa phakathi kuka-45 no-70 degrees Celsius.

I-QCW yethu enezingqimba ze-laser i-Laser Arrays ihlinzeka ngesisombululo sokuncintisana, esisemisele ukusebenza kwezidingo zakho zezimboni. Le ndalo isetshenziswa ikakhulukazi emkhakheni wokukhanyisa, ukuhlolwa, i-R & D ne-SOLIL-State Diode Pump. Ngeminye imininingwane, sicela ubheke amashidi wedatha yomkhiqizo ngezansi, noma uxhumane nathi nganoma yimiphi eminye imibuzo.