Izibuko zeParabolic ezingaphandle kwe-Axis ezineMetallic Coatings

Izibuko ziyinxalenye ebalulekileyo yezicelo ze-optical. Ngokuqhelekileyo zisetyenziselwa ukugoba okanye ukuhlanganisa inkqubo ye-optical system. Izibuko ezisemgangathweni ezisemgangathweni kunye nezichanekileyo zibonakalisa iingubo zentsimbi kwaye zilungile zonke iinjongo zezibuko eziza kwiindidi ze-substrates, ubukhulu kunye nokuchaneka kwendawo. Zilukhetho olukhulu lwezicelo zophando kunye nokudityaniswa kwe-OEM. Izibuko zeLaser ziphuculwe ukuya kumaza athile kwaye zisebenzisa i-dielectric coatings kwi-substrates echanekileyo. Izipili zeLaser zibonakalisa umboniso owandisiweyo kubude boyilo lwamaza kunye nemida yomonakalo omkhulu. Izibuko ezigxininisekileyo kunye neentlobo ezininzi zezibuko ezikhethekileyo ziyafumaneka kwizisombululo ezilungiselelwe.

Iisampulu zezicelo Izicelo ze-OEM

Izibuko zamehlo zeParalight Optics ziyafumaneka ukuze zisetyenziswe ngokukhanya kwi-UV, VIS, kunye nemimandla ye-IR spectral. Izibuko ze-Optical ezine-metallic coating zine-reflection ephezulu ngaphezu kweyona ndawo ibanzi ye-spectral, kanti izibuko ezine-broadband dielectric coating zinoluhlu oluncinci lwe-spectral yokusebenza; i-avareji yokubonakalisa kwingingqi yonke echaziweyo inkulu kune-99%. Ukusebenza okuphezulu kushushu, kubanda, ngasemva kupolishiwe, ultrafast (isipili sokulibaziseka esisezantsi), flat, D-shaped, elliptical, off-axis parabolic, PCV cylindrical, PCV Spherical, right angle, crystalline, kunye ne-laser line dielectric-coated optical mirror ziyafumaneka. kwizicelo ezizodwa.

I-Off-Axis Parabolic (OAP) Izipili zizipili ezinomphezulu okhanyayo zingamacandelo eparaloloid yomzali. Ziyilelwe ukuba zijolise kumqadi odityanisiweyo okanye zidibanise umthombo ohlukeneyo. Uyilo lwe-off-axis lwenza ukuba indawo ekugxilwe kuyo yahlulwe kwindlela ye-optical. I-angle phakathi kwe-beam egxininisiweyo kunye ne-collimated beam (i-angle ye-off-axis) yi-90 °, i-axis ye-propagation ye-collimated beam kufuneka ibe yinto eqhelekileyo ukuya ngaphantsi kwe-substrate ukufezekisa ukugxila okufanelekileyo. Ukusebenzisa i-Off-Axis Parabolic Mirror ayivelisi i-spherical aberration, i-aberration yombala, kwaye iphelisa ukulibaziseka kwesigaba kunye nokulahlekelwa kwe-absorption ekwaziswe yi-optics transmissive. I-Paralight Optics inikezela ngezibuko ze-parabolic ezingaphandle kwe-axis ezifumaneka ngenye yeengubo ezine zetsimbi, nceda ujonge ezi grafu zilandelayo kwiireferensi zakho.

Iimbonakalo:

Izinto ezithobelayo:

I-RoHS iyahambelana

Isipili esingqukuva okanye isipili esisikwere:

Imilinganiselo eyenziwe ngokwezifiso

Ukhetho loKugquma:

IAluminiyam, iSilivere, iiNgqungquthela zeGolide ziyafumaneka

Iinketho zoyilo:

I-Angle ye-Off-Axis 90° okanye i-Custom Design ekhoyo (15°, 30°, 45°, 60°)

Iingcaciso eziqhelekileyo:

pro-enxulumene-ico — Umzobo weReferensi ye

Isibuko se-Off-Axis Parabolic (OAP).

Iiparamitha

Uluhlu kunye noNyamezelo

I-Substrate Material

IAluminiyam 6061
Uhlobo

I-Off-Axis Parabolic Mirror
Unyamezelo lweDemension

+/-0.20 mm
Ngaphandle kwe-Axis

90 ° okanye uYilo lweSiko olukhoyo
Umngxuma ocacileyo

> 90%
Umgangatho womphezulu (Scratch-Dig)

60 - 40
Imposiso yeWavefront ebonakalisiweyo (RMS)

< λ/4 kwi-632.8 nm
Uburhabaxa boMphezulu

< 100Å
Iingubo

Ukugquma ngesinyithi kumphezulu ogobileyo
IAluminiyam eyomeleziweyo: Ravg> 90% @ 400-700nm
Aluminiyam ekhuselweyo: Ravg> 87% @ 400-1200nm
IAluminiyam eKhuselweyo ye-UV: Ravg> 80% @ 250-700nm
Isilivere ekhuselweyo: Ravg> 95% @400-12000nm
Isilivere eYomeleziweyo: Ravg>98.5% @700-1100nm
Igolide ekhuselweyo: Ravg> 98% @2000-12000nm
Laser Umonakalo Threshold

1 J/cm²(20 ns, 20 Hz, @1.064 μm)