Kunezinhlobo ezi-2 ze-expander ye-boam : Izizandisi ze-beam ezilungisiwe nezilungisekayo. Kuzandisi zemishayo engaguquki, isikhala phakathi kwamalensi amabili ngaphakathi kwesandisi sogodo silungisiwe, kodwa isikhala phakathi kwamalensi amabili ngaphakathi kwezizandisi zensimbi ezilungisekayo siyalungiseka.
I-lens material yi-ZeSe, evumela ukukhanya okubomvu ukuthi kudlule ku-expander ye-beam.
I-Carmanhaas inganikela ngezinhlobo ezi-3 zezandisi ze-beam: Izandisi ze-Beam Ezilungisiwe, Izandisi ze-Zoom Beam kanye nezisandisi ze-engeli eziguquguqukayo ze-divergence kumaza ahlukahlukene angu-355nm, 532nm, 1030-1090nm, 9.2-9.7um, 10.6um.
Amanye ama-wavelengths kanye nezinwebisi ze-boam eziklanywe ngokwezifiso ziyatholakala uma ucelwa. Ukuze uthole ulwazi olwengeziwe, sicela ukhululeke ukuxhumana nathi.
(1) I-threshold coating yomonakalo omkhulu (umkhawulo womonakalo: 40 J / cm2, 10 ns);
Ukumuncwa kwe-coating <20 ppm. Qinisekisa ukuthi ilensi yokuskena ingagcwala ku-8KW;
(2) Idizayini yenkomba ethuthukisiwe, i-wavefront yesistimu ye-collimation < λ/10, iqinisekisa umkhawulo wokuhluka;
(3) Kwenzelwe ukuqeda ukushisa kanye nesakhiwo sokupholisa, iqinisekisa ukuthi akukho ukupholisa kwamanzi ngaphansi kuka-1KW, izinga lokushisa elingu-<50°C uma kusetshenziswa u-6KW;
(4) Ngomklamo ongashisi ukushisa, i-focus drift ingu-<0.5mm ku-80 °C;
(5) Uhla oluphelele lokucaciswa, amakhasimende angenziwa ngokwezifiso.
Ingxenye yenombolo Incazelo: BE-XXX-DYY : ZZZ-BB
YIBA ------------- Beam Expanders
XXX -------------Laser wavelength: 10.6 isho 10.6um, 10600nm, CO2
DYY : ZZZ -------Beam Expander Output CA : Ubude Bezindlu
BB ----------------Isilinganiso sokunweba (ukukhulisa) ngezikhathi
I-CO2 Beam Expanders (10.6um)
| Incazelo Yengxenye | Ukunwetshwa Isilinganiso | Okokufaka kwe-CA (mm) | Okuphumayo kwe-CA (mm) | Izindlu I-Dia(mm) | Izindlu Ubude (mm) | Ukukhweza Uchungechunge |
| BE-10.6-D17:46.5-2X | 2X | 12.7 | 17 | 25 | 46.5 | M22*0.75 |
| BE-10.6-D20:59.7-2.5X | 2.5X | 12.7 | 20 | 25 | 59.7 | M22*0.75 |
| BE-10.6-D17:64.5-3X | 3X | 12.7 | 17 | 25 | 64.5 | M22*0.75 |
| BE-10.6-D32:53-3.5X | 3.5X | 12.0 | 32 | 36 | 53.0 | M22*0.75 |
| BE-10.6-D17:70.5-4X | 4X | 12.7 | 17 | 25 | 70.5 | M22*0.75 |
| BE-10.6-D20:72-5X | 5X | 12.7 | 20 | 25 | 72.0 | M30*1 |
| BE-10.6-D27:75.8-6X | 6X | 12.7 | 27 | 32 | 75.8 | M22*0.75 |
| BE-10.6-D27:71-8X | 8X | 12.7 | 27 | 32 | 71.0 | M22*0.75 |
Kufanele kuqashelwe kakhulu lapho uphatha i-infrared optics. Sicela uqaphele lezi zinyathelo zokuphepha ezilandelayo:
1. Ngaso sonke isikhathi gqoka ombhede weminwe ongenampushana noma amagilavu erabha/i-latex lapho uphatha izinto zokubona. Ukungcola namafutha esikhumbeni kungangcolisa kakhulu ama-optics, okubangela ukuwohloka okukhulu ekusebenzeni.
2. Ungasebenzisi noma yimaphi amathuluzi ukuze ukhohlise i-optics -- lokhu kufaka phakathi ama-tweezers noma okokukhetha.
3. Ngaso sonke isikhathi beka i-optics kusicubu se-lens esihlinzekiwe ukuze uvikeleke.
4. Ungalokothi ubeke okokusebenza endaweni eqinile noma emahholoholo. I-infrared optics ingaklwejwa kalula.
5. Igolide elingenalutho noma ithusi elingenalutho akufanele nanini lihlanzwe noma lithintwe.
6. Zonke izinto ezisetshenziselwa i-infrared optics zintekenteke, kungakhathaliseki ukuthi i-crystal eyodwa noma i-polycrystalline, inkulu noma i-fine grained. Azinamandla njengengilazi futhi ngeke zimelane nezinqubo ezivame ukusetshenziswa ku-glass optics.