Unmounted Fused Silica Plano-Convex Lenses, ARB2-NIR
Our high-precision LINOS® Plano-Convex Lenses are offered unmounted to allow for flexible, custom integration into your optical system. The exceptionally narrow focal-length tolerances of these lenses ensure consistent system integration and reliable optical behavior. Engineered on a fused silica substrate, they feature an ARB2 NIR broadband anti-reflection coating that delivers high transmission across the 725-1050 nm wavelength range. This specialized coating provides superior laser damage resistance, ensuring a high damage threshold and dependable performance under demanding conditions.
Our wide range of LINOS® unmounted fused-silica lenses is offered in various focal lengths and diameters, suitable for UV and high-power applications. They are made from premium materials sourced exclusively from trusted manufacturers and meet strict tolerances to ensure high quality.
Each standard lens includes double-sided anti-reflection coatings optimized for the near-infrared (NIR) range to maximize transmittance. All lens types are also available with a black-anodized, engraved aluminum mount.
ZEMAX-Dateien werden zur Optimierung des optischen Designs und der Simulation bereitgestellt. For customized specifications or higher-volume production, contact us for a quotation tailored to your technical requirements.
Hinweis: f = Brennweite (Objektseite), f' = Brennweite (Bildseite), s = Objektabstand, s' = hintere Brennweite, Ø = Linsendurchmesser, dm = Mittendicke, dr = Randdicke, h = Hauptscheitelpunkt (h=dm–dr–h'), F, F' = Brennpunkte, H, H' = Hauptpunkte; Toleranzen: Brennweite f: ±2% Bildabstand s': ±2%
Spezifikationen Breitband-Antireflexbeschichtung ARB2 NIR:
- Garantierte Restreflexion < 0.5 % bei Einfallswinkeln von 0° ≤ AOI ≤ 15° im AR-Bereich
- Typische, durchschnittliche Restreflexion < 0.3 % bei Einfallswinkeln von 0° ≤ AOI ≤ 15° im AR-Bereich
- Zerstörschwelle H∞ > 30 J / cm² für 11-ns-Laserimpulse (s-on-1) bei 1064 nm und 10 Hz
- Typischer AR-Bereich: 725–1050 nm
- Das Design ist an den Spektralbereich von 600 nm ≤ λ ≤ 1400 nm sowie an größere Einfallswinkel anpassbar
| Produkt | Plano-convex lens; Fused silica; D=8; F=12.5 [ARB2-NIR] | Plano-convex lens; Fused silica; D=10; F=15 [ARB2-NIR] | Plano-convex lens; Fused silica; D=12.5; F=20 [ARB2-NIR] | Plano-convex lens; Fused silica; D=12.5; F=25 [ARB2-NIR] | Plano-convex lens; Fused silica; D=18; F=30 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=40 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=50 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=60 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=80 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=100 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=200 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=40 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=50 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=60 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=80 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=100 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=140 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=200 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=300 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=400 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=100 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=150 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=200 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=250 [ARB2-NIR] |
| Form | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig |
| Brenn- weite |
12,5 mm | 15,0 mm | 20,0 mm | 25,0 mm | 30,0 mm | 40,0 mm | 50,0 mm | 60,0 mm | 80,0 mm | 100,0 mm | 200,0 mm | 40,0 mm | 50,0 mm | 60,0 mm | 80,0 mm | 100,0 mm | 140,0 mm | 200,0 mm | 300,0 mm | 400,0 mm | 100,0 mm | 150,0 mm | 200,0 mm | 250,0 mm |
| Optisches Substrat | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas |
| Beschichtung | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR |
| Optikgröße | Ø 8,0 mm | Ø 10,0 mm | Ø 12,5 mm | Ø 12,5 mm | Ø 18,0 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 50,0 mm | Ø 50,0 mm | Ø 50,0 mm | Ø 50,0 mm |
| Dicke des optischen Zentrums | 2,4 mm | 2,9 mm | 3,5 mm | 3,0 mm | 4,4 mm | 5,0 mm | 4,1 mm | 3,7 mm | 3,1 mm | 2,8 mm | 2,1 mm | 9,5 mm | 7,5 mm | 6,4 mm | 5,2 mm | 4,5 mm | 3,3 mm | 3,3 mm | 3,0 mm | 2,1 mm | 8,5 mm | 6,1 mm | 5,1 mm | 4,4 mm |
| Krümmungsradius 1 | 6,355 mm | 7,499 mm | 10,0 mm | 12,589 mm | 15,51 mm | 19,668 mm | 25,119 mm | 30,287 mm | 40,388 mm | 50,481 mm | 100,0 mm | 20,316 mm | 25,483 mm | 30,509 mm | 40,681 mm | 50,841 mm | 70,287 mm | 101,82 mm | 152,896 mm | 199,53 mm | 50,481 mm | 75,531 mm | 100,0 mm | 125,89 mm |
| Krümmungsradius 2 | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm |
| Toleranzdicke | ± 0,15 mm | ± 0,15 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm |
| Optische Kantendicke | 1,0 mm | 1,0 mm | 1,3 mm | 1,3 mm | 1,5 mm | 1,5 mm | 1,5 mm | 1,6 mm | 1,5 mm | 1,5 mm | 1,5 mm | 2,0 mm | 2,1 mm | 2,0 mm | 2,0 mm | 2,0 mm | 1,5 mm | 2,1 mm | 2,2 mm | 1,5 mm | 1,8 mm | 1,8 mm | 1,9 mm | 1,9 mm |
| Optische Zentriergenauigkeit (min, sec) | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' |
| Toleranz der Abmessungen der Optik | - 0,09 mm | - 0,09 mm | - 0,11 mm | - 0,11 mm | - 0,11 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,16 mm | - 0,16 mm | - 0,16 mm | - 0,16 mm |
| Gewicht (kg) | 6,0E-4 | 0,002 | 0,002 | |||||||||||||||||||||
| f' bei X nm | 12,5 mm 12,72 mm 13,09 mm 13,35 mm 13,81 mm 14,13 mm |
14,75 mm 15,01 mm 15,44 mm 15,75 mm 16,3 mm 16,67 mm |
19,67 mm 20,02 mm 20,59 mm 21,01 mm 21,74 mm 22,23 mm |
24,77 mm 25,2 mm 25,92 mm 26,44 mm 27,36 mm 27,99 mm |
30,51 mm 31,05 mm 31,94 mm 32,56 mm 33,71 mm 34,49 mm |
38,69 mm 39,37 mm 40,5 mm 41,31 mm 42,75 mm 43,73 mm |
49,42 mm 50,29 mm 51,73 mm 52,76 mm 54,6 mm 55,85 mm |
59,58 mm 60,63 mm 62,37 mm 63,62 mm 65,83 mm 67,34 mm |
79,45 mm 80,85 mm 83,17 mm 84,83 mm 87,79 mm 89,8 mm |
99,31 mm 101,06 mm 103,95 mm 106,03 mm 109,77 mm 112,25 mm |
196,73 mm 200,19 mm 205,92 mm 210,04 mm 217,35 mm 222,37 mm |
39,95 mm 40,66 mm 41,83 mm 42,67 mm 44,16 mm 45,18 mm |
50,11 mm 51,0 mm 52,47 mm 53,53 mm 55,39 mm 56,68 mm |
60,0 mm 61,06 mm 62,82 mm 64,09 mm 66,31 mm 67,85 mm |
80,0 mm 81,41 mm 83,77 mm 85,45 mm 88,42 mm 90,48 mm |
99,97 mm 101,75 mm 104,69 mm 106,79 mm 110,51 mm 113,07 mm |
138,21 mm 140,7 mm 144,73 mm 147,63 mm 152,77 mm 156,3 mm |
200,22 mm 203,77 mm 209,66 mm 213,88 mm 221,31 mm 226,45 mm |
300,65 mm 305,99 mm 314,83 mm 321,16 mm 332,33 mm 340,05 mm |
392,35 mm 399,31 mm 410,86 mm 419,12 mm 433,69 mm 443,77 mm |
99,31 mm 101,06 mm 103,95 mm 106,03 mm 109,77 mm 112,25 mm |
148,59 mm 151,2 mm 155,54 mm 158,65 mm 164,17 mm 167,95 mm |
196,73 mm 200,19 mm 205,92 mm 210,04 mm 217,35 mm 222,37 mm |
247,66 mm 252,02 mm 259,24 mm 264,42 mm 273,63 mm 279,95 mm |
| s' bei X nm | 10,91 mm | 12,83 mm | 17,35 mm | 22,78 mm | 27,59 mm | 35,38 mm | 46,7 mm | 57,13 mm | 77,4 mm | 97,45 mm | 195,33 mm | 33,65 mm | 45,14 mm | 55,75 mm | 76,55 mm | 96,99 mm | 136,09 mm | 198,03 mm | 298,66 mm | 390,96 mm | 93,67 mm | 144,54 mm | 193,34 mm | 244,74 mm |
Made from fused silica for high power applications offering high damage threshold, low dispersion, and excellent UV transmission
Enge Fertigungstoleranzen für hervorragende Leistung und präzise Montage
Standard-Breitband-NIR-Beschichtung: ARB2 NIR (725–1050 nm); entwickelt zur Maximierung der Transmission im gesamten NIR-Spektrum
Unmounted lenses allow for flexible, custom integration into your optical system
ZEMAX-Dateien stehen zur Verfügung und ermöglichen eine einfache Systemauslegung und -simulation
| Produkt | Plano-convex lens; Fused silica; D=8; F=12.5 [ARB2-NIR] | Plano-convex lens; Fused silica; D=10; F=15 [ARB2-NIR] | Plano-convex lens; Fused silica; D=12.5; F=20 [ARB2-NIR] | Plano-convex lens; Fused silica; D=12.5; F=25 [ARB2-NIR] | Plano-convex lens; Fused silica; D=18; F=30 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=40 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=50 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=60 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=80 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=100 [ARB2-NIR] | Plano-convex lens; Fused silica; D=22.4; F=200 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=40 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=50 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=60 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=80 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=100 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=140 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=200 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=300 [ARB2-NIR] | Plano-convex lens; Fused silica; D=31.5; F=400 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=100 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=150 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=200 [ARB2-NIR] | Plano-convex lens; Fused silica; D=50; F=250 [ARB2-NIR] |
| Form | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig | Kreisförmig |
| Brenn- weite |
12,5 mm | 15,0 mm | 20,0 mm | 25,0 mm | 30,0 mm | 40,0 mm | 50,0 mm | 60,0 mm | 80,0 mm | 100,0 mm | 200,0 mm | 40,0 mm | 50,0 mm | 60,0 mm | 80,0 mm | 100,0 mm | 140,0 mm | 200,0 mm | 300,0 mm | 400,0 mm | 100,0 mm | 150,0 mm | 200,0 mm | 250,0 mm |
| Optisches Substrat | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas | Quarzglas |
| Beschichtung | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR | ARB 2 NIR |
| Optikgröße | Ø 8,0 mm | Ø 10,0 mm | Ø 12,5 mm | Ø 12,5 mm | Ø 18,0 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 22,4 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 31,5 mm | Ø 50,0 mm | Ø 50,0 mm | Ø 50,0 mm | Ø 50,0 mm |
| Dicke des optischen Zentrums | 2,4 mm | 2,9 mm | 3,5 mm | 3,0 mm | 4,4 mm | 5,0 mm | 4,1 mm | 3,7 mm | 3,1 mm | 2,8 mm | 2,1 mm | 9,5 mm | 7,5 mm | 6,4 mm | 5,2 mm | 4,5 mm | 3,3 mm | 3,3 mm | 3,0 mm | 2,1 mm | 8,5 mm | 6,1 mm | 5,1 mm | 4,4 mm |
| Krümmungsradius 1 | 6,355 mm | 7,499 mm | 10,0 mm | 12,589 mm | 15,51 mm | 19,668 mm | 25,119 mm | 30,287 mm | 40,388 mm | 50,481 mm | 100,0 mm | 20,316 mm | 25,483 mm | 30,509 mm | 40,681 mm | 50,841 mm | 70,287 mm | 101,82 mm | 152,896 mm | 199,53 mm | 50,481 mm | 75,531 mm | 100,0 mm | 125,89 mm |
| Krümmungsradius 2 | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm | -999,0 mm |
| Toleranzdicke | ± 0,15 mm | ± 0,15 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm | ± 0,2 mm |
| Optische Kantendicke | 1,0 mm | 1,0 mm | 1,3 mm | 1,3 mm | 1,5 mm | 1,5 mm | 1,5 mm | 1,6 mm | 1,5 mm | 1,5 mm | 1,5 mm | 2,0 mm | 2,1 mm | 2,0 mm | 2,0 mm | 2,0 mm | 1,5 mm | 2,1 mm | 2,2 mm | 1,5 mm | 1,8 mm | 1,8 mm | 1,9 mm | 1,9 mm |
| Optische Zentriergenauigkeit (min, sec) | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 3.0 ' | 4.0 ' | 4.0 ' | 4.0 ' | 4.0 ' |
| Toleranz der Abmessungen der Optik | - 0,09 mm | - 0,09 mm | - 0,11 mm | - 0,11 mm | - 0,11 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,13 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,07 mm | - 0,16 mm | - 0,16 mm | - 0,16 mm | - 0,16 mm |
| Gewicht (kg) | 6,0E-4 | 0,002 | 0,002 | |||||||||||||||||||||
| f' bei X nm | 12,5 mm 12,72 mm 13,09 mm 13,35 mm 13,81 mm 14,13 mm |
14,75 mm 15,01 mm 15,44 mm 15,75 mm 16,3 mm 16,67 mm |
19,67 mm 20,02 mm 20,59 mm 21,01 mm 21,74 mm 22,23 mm |
24,77 mm 25,2 mm 25,92 mm 26,44 mm 27,36 mm 27,99 mm |
30,51 mm 31,05 mm 31,94 mm 32,56 mm 33,71 mm 34,49 mm |
38,69 mm 39,37 mm 40,5 mm 41,31 mm 42,75 mm 43,73 mm |
49,42 mm 50,29 mm 51,73 mm 52,76 mm 54,6 mm 55,85 mm |
59,58 mm 60,63 mm 62,37 mm 63,62 mm 65,83 mm 67,34 mm |
79,45 mm 80,85 mm 83,17 mm 84,83 mm 87,79 mm 89,8 mm |
99,31 mm 101,06 mm 103,95 mm 106,03 mm 109,77 mm 112,25 mm |
196,73 mm 200,19 mm 205,92 mm 210,04 mm 217,35 mm 222,37 mm |
39,95 mm 40,66 mm 41,83 mm 42,67 mm 44,16 mm 45,18 mm |
50,11 mm 51,0 mm 52,47 mm 53,53 mm 55,39 mm 56,68 mm |
60,0 mm 61,06 mm 62,82 mm 64,09 mm 66,31 mm 67,85 mm |
80,0 mm 81,41 mm 83,77 mm 85,45 mm 88,42 mm 90,48 mm |
99,97 mm 101,75 mm 104,69 mm 106,79 mm 110,51 mm 113,07 mm |
138,21 mm 140,7 mm 144,73 mm 147,63 mm 152,77 mm 156,3 mm |
200,22 mm 203,77 mm 209,66 mm 213,88 mm 221,31 mm 226,45 mm |
300,65 mm 305,99 mm 314,83 mm 321,16 mm 332,33 mm 340,05 mm |
392,35 mm 399,31 mm 410,86 mm 419,12 mm 433,69 mm 443,77 mm |
99,31 mm 101,06 mm 103,95 mm 106,03 mm 109,77 mm 112,25 mm |
148,59 mm 151,2 mm 155,54 mm 158,65 mm 164,17 mm 167,95 mm |
196,73 mm 200,19 mm 205,92 mm 210,04 mm 217,35 mm 222,37 mm |
247,66 mm 252,02 mm 259,24 mm 264,42 mm 273,63 mm 279,95 mm |
| s' bei X nm | 10,91 mm | 12,83 mm | 17,35 mm | 22,78 mm | 27,59 mm | 35,38 mm | 46,7 mm | 57,13 mm | 77,4 mm | 97,45 mm | 195,33 mm | 33,65 mm | 45,14 mm | 55,75 mm | 76,55 mm | 96,99 mm | 136,09 mm | 198,03 mm | 298,66 mm | 390,96 mm | 93,67 mm | 144,54 mm | 193,34 mm | 244,74 mm |
Made from fused silica for high power applications offering high damage threshold, low dispersion, and excellent UV transmission
Enge Fertigungstoleranzen für hervorragende Leistung und präzise Montage
Standard-Breitband-NIR-Beschichtung: ARB2 NIR (725–1050 nm); entwickelt zur Maximierung der Transmission im gesamten NIR-Spektrum
Unmounted lenses allow for flexible, custom integration into your optical system
ZEMAX-Dateien stehen zur Verfügung und ermöglichen eine einfache Systemauslegung und -simulation