• I-Aspheric-Lenses-UVFS
  • I-Aspheric-Lenses-ZnSe
  • IiLensi ezibunjiweyo zeAspheric

I-CNC-ikhazimliswe okanye i-MRF-ikhazimliswe iiLensi ze-Aspheric

Iilensi ze-aspheric, okanye iiasphere ziyilelwe ukuba zibe nobude obufutshane kakhulu bokugxila kunokuba kunokwenzeka ngeelensi eziqhelekileyo ezingqukuva. I-aspheric Lens, okanye i-asphere ibonisa umphezulu we-radius eguqukayo kunye nomgama ukusuka kwi-axis optical, olu phawu lukhethekileyo luvumela iilensi ze-aspheric ukuba ziphelise i-spherical aberration kwaye zinciphise kakhulu ezinye ii-aberration ukwenzela ukuhanjiswa kwentsebenzo ephuculweyo ye-optical. Iiaspheres zilungele usetyenziso olugxininise lwelaser njengoko zilungiselelwe ubungakanani bamabala amancinci. Ukongeza, ilensi enye ye-aspheric inokuhlala ithatha indawo yezinto ezininzi ezingqukuva kwinkqubo yokucinga.

Ekubeni iilensi ze-aspheric zilungiswa kwi-spherical kunye ne-coma aberrations, zifaneleke ngokufanelekileyo kwi-f-number ephantsi kunye ne-high throughput application, ii-aspheres zomgangatho we-condenser zisetyenziswa ngokukodwa kwiinkqubo zokukhanyisa eziphezulu.

I-Paralight Optics inikezela nge-CNC echanekileyo-ipolishelwe iilensi ze-aspherical ezinkulu ezinobubanzi obukhulu, kunye nangaphandle kwee-anti-reflection (AR) zokugquma. Ezi lens zifumaneka ngobukhulu obukhulu, zibonelela ngomgangatho ongcono womphezulu, kwaye zigcina amaxabiso aphindwe kabini e-M aphindwe kabini kwi-beam yegalelo ngcono kunezo ezibunjiweyo zeelensi ze-aspheric. Kuba umphezulu welensi ye-aspheric uyilelwe ukuphelisa ukuphambuka okungqukuva, zihlala zisetyenziselwa ukudibanisa ukukhanya okuphuma kwifiber okanye i-laser diode. Sikwanikezela ngeelensi ze-acylindrical, ezibonelela ngeenzuzo ze-aspheres kwizicelo zokugxila kwi-one-dimensional.

icon-radiyo

Iimbonakalo:

Ukuqinisekisa umgangatho:

I-CNC echanekileyo yesiPolish yenza ukuba ukusebenza okuphezulu kwe-Optical

Ulawulo lwemeko:

KwiNkqubo yeMetrology yazo zonke ii-Aspheres ezikhazimlisiweyo ze-CNC

Iindlela zeMetroloji:

Imilinganiselo yeProfilometer engaqhagamshelwanga kunye ne-Non-Marring

Usetyenziso:

Ngokufanelekileyo Ifanele i-F-Number ePhantsi kunye neSicelo sokuPhucula okuPhezulu. Ii-Aspheres zoMgangatho we-Condenser ziSetyenziswa ngokuPhambili kwiiNkqubo zokuKhanya eziLungileyo.

uphawu-uphawu

Iingcaciso eziqhelekileyo:

pro-enxulumene-ico

Iiparamitha

Uluhlu kunye noNyamezelo

  • I-Substrate Material

    N-BK7 (CDGM H-K9L), ZnSe okanye abanye

  • Uhlobo

    Ilensi yeAspheric

  • Ububanzi

    10 - 50 mm

  • Ukunyamezela kwe-Diameter

    +0.00/-0.50 mm

  • Unyamezelo lokutyeba kweZiko

    +/-0.50 mm

  • Bevel

    0.50 mm x 45 °

  • Unyamezelo loBude obuJolisekileyo

    ± 7%

  • Iziko

    < 30 arcmin

  • Umgangatho womphezulu (Scratch-Dig)

    80 - 60

  • Umngxuma ocacileyo

    ≥ 90% yoMdayamitha

  • Uluhlu lweCoating

    Ingagqunywanga okanye ichaze isambatho sakho

  • Yila ubude beWaveleng

    587.6 nm

  • ILaser Umonakalo weLaser (Itsaliwe)

    7.5 J/cm2(10ns,10Hz,@532nm)

iigrafu-img

Yila

♦ I-Positive Radius Ibonisa ukuba iZiko le-Curvature lingasekunene kweLens
♦ I-Negative Radius Ibonisa ukuba iZiko le-Curvature lingasekhohlo kweLens
iAspheric Lens Equation:
IiLensi ezibunjiweyo zeAspheric
Apho:
Z = I-Sag(Iprofayili yoMphezulu)
Y = Umgama weRadial ukusuka kwi-Optical Axis
R = Radius of Curvature
K = I-Conic Constant
I-A4 = i-4th Order Aspheric Coefficient
I-A6 = i-6th Order Aspheric Coefficient
An = nth Umyalelo we-Aspheric Coefficient

Iimveliso ezinxulumeneyo