The LINOS Singlets - Qioptiq Q-Shop

The LINOS 

Singlets 

Singlets

The LINOS Singlets 

From convergent lenses and diffuse lenses to 

best form lenses and aspheres, our extensive 

selection of simple lenses, or singlets, with 

various focal lengths and diameters guarantees 

that you can find the components you 

need for your application. LINOS has over 

130 years of experience in the production of 

precision optical components. Only high-end 

materials from established manufacturers 

are used in production, with the narrowest 

possible production tolerances to ensure the 

best quality. 

Furthermore, the versatile mount system makes 

LINOS singlets compatible with bench systems 

both from LINOS and from other manufacturers. 

And, of course, a broad range 

of economically priced standard anti-reflective 

coatings is available as well. 

Our quality criteria: 

• Narrowest possible mechanical and 

optical production tolerances 

• High-quality coatings 

• Over 130 years of experience in 

manufacturing optics 

• High-quality glass materials from 

established manufacturers 

• Available unmounted, or mounted 

for bench systems 

338 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766 

! 

Special features: 

All data (radii, center thicknesses, 

materials) and designs can also be 

found in our WinLens and Trace- 

Pro optics software packages. 

Broadband anti-reflective coatings 

and customer-specific coatings are 

also available. 

Ideal areas of application: 

Laboratory setups; industrial metrology; 

laser technology.


Reflective Curves of Coated Singlets 340 

Plano-convex lenses ________________________ 

Plano-Convex Lenses, Unmounted 342 

Plano-Convex Lenses, Unmounted (Fused Silica) 344 

Plano-Convex Lenses, Mounted 346 

Plano-Convex Lenses, Mounted (Fused Silica) 348 

Symmetric-convex lenses ____________________ 

Symmetric-Convex Lenses, Unmounted, 

Dia. 6 - 22.4 mm 349 

Symmetric-Convex Lenses, Unmounted, 350 

Dia. 25.4 - 100 mm 350 

Symmetric-Convex Lenses, Unmounted 

(Fused Silica) 351 

Symmetric-Convex Lenses, Mounted, 

Dia. 6 - 22.4 mm 352 

Symmetric-Convex Lenses, Mounted, 353 

Dia. 25.4 and 31.5 mm 353 

Symmetric-Convex Lenses, Mounted 


Best form lenses ____________________________ 

Best Form Lenses, Unmounted (Crown Glass) 356 

Best Form Lenses, Mounted (Crown Glass) 358 

Concave-Convex Lenses _____________________ 

Concave-Convex Lenses 360 

Plano-concave lenses _______________________ 

Plano-Concave Lenses, Unmounted (N-BK7) 362 

Plano-Concave Lenses, Unmounted 


Plano-Concave Lenses, Mounted (N-BK7) 364 

Plano-Concave Lenses, Mounted (Fused Silica) 365 

Symmetric-concave lenses ___________________ 

Symmetric-Concave Lenses, Unmounted 

(N-BK7) 366 

Symmetric-Concave Lenses, Unmounted 


Symmetric-Concave Lenses, Mounted (N-BK7) 368 

Symmetric-Concave Lenses, Mounted 


Phone numbers: Germany +49 551 69 350 

France +33 47 25 20 420 


Cylindrical lenses ___________________________ 

Plano-Convex Cylindrical Lenses, Unmounted 370 

Plano-Convex Cylindrical Lenses, Mounted 372 

Plano-concave cylindrical lenses, unmounted 

(N-BK7) 374 

Aspheric Collimator Lenses __________________ 

Aspheric Collimator Lenses 375 

Aspheric Condenser Lenses __________________ 

Aspheric Condenser Lenses 376 

Microlens Arrays ___________________________ 

Introduction 378 

Fused Silica Microlens Arrays 379 

Microlens Arrays, Fused Silica, Type 

FC-Q-100 Square 380 

Microlens-Arrays, Fused Silica, 

Type FC-Q-250 Hex 380 

Microlens Arrays, Fused Silica, for Fiber optics 381 

High-Power Beam Homogenizers, CC-Q-300 381 

High-Power Beam Homogenizers, 

CC-Q-300/500S 382 

Microbench Mounts for Square Microlens 

Arrays 383 

Nanobench Mounts for Microlens Arrays 383 

Varioptic Liquid Lenses ______________________ 

Varioptic Autofocus Liquid Lens 384 

Arctic 316 385 

Developer Kit Arctic 316 LL DK 385 

Liquid Lens Evaluation Kit 386 

Liquid Lens Driver Boards 386 

Baltic 617 387 

Developer Kit Baltic 617 LL DK 387 

Focus Variable Lenses from Optotune ________ 

Electrically Focus Variable Lens EL-10-30 390 

Manually Focus Variable Lens ML-20-35 390 

339 


Reflective Curves of Coated Singlets 

N-BK7-singlets of the following pages 

are also available as coated standard 

items with rapid delivery. 

UV Broadband Anti-Reflective Coating 

ARB 2 UV 

• Hard and scratch resistant anti- 

reflective coating to reduce reflection 

losses and increase transmission for the 

UV spectral range 

Ordering Information: 

To order standard lenses with ARB2 UV 

on both sides simply change the last 

three numbers of the order number to 

522. 

Example: 

Lens xx xxxx with standard ARB2 UV 

coating on both sides: xx xxxx 522. 

Broadband Anti-Reflective Coating 

ARB 2 VIS 




visible spectral range 


To order standard lenses with ARB2 VIS 



322. 

Example: 

Lens xx xxxx with standard ARB2 VIS 


High quality 

• Guaranteed residual reflection < 0.5 % 

for angles of incidence 0° ≤ AOI ≤ 15° 

in the AR range 

• Typical average residual reflection 

< 0.3 % for angles of incidence 

0° ≤ AOI ≤ 15° in the AR range 

• Damage threshold H ∞ > 2 J / cm 2 at 

266 nm with 9 ns laser pulses (s-on-1) 

at 10 Hz 

• AR range, typical: 250-400 nm 

• Design adaptable in the spectral range 

of 245 nm ≤ λ ≤ 450 nm and for higher 

angles of incidence 

• Substrates: fused silica, CaF 2 







• Damage threshold H ∞ > 10 J / cm 2 at 

532 nm with 11 ns laser pulses 

(s-on- 1) at 10 Hz 

• AR range typical: 450-700 nm 


of 350 nm ≤ λ ≤ 950 nm and for higher 

angles of incidence 

• Substrates: N-BK7, fused silica or 

similar 

Qioptiq uses glass from established manufacturers in the production 

of precision optics components. This ensures the consistent high quality 

of our lenses, achromatic lenses and plano-optics. 


Example: ARB 2 UV for 250-400 nm (AOI = 0°) 

Example: ARB 2 VIS for 450-700 nm (AOI = 0°)

Broadband Anti-Reflective Coating 

ARB 2 NIR 




NIR spectral range 


To order standard lenses with ARB2 NIR 



525. 

Example: 

Lens xx xxxx with standard ARB2 NIR 


High-power narrowband antireflective 

coating ARHS 



losses and increase transmission for 

1064 nm 


To order standard lenses with ARHS 1064 

nm on both sides simply change the last 


329. 

Example: 

Lens xx xxxx with standard ARHS 

1064 nm coating on both sides: xx xxxx 

525. 







• Damage threshold: H ∞ > 20 J / cm 2 at 


(s-on- 1) at 10 Hz 

• AR range typical: 725-1050 nm 


of 600 nm ≤ λ ≤ 1400 nm and for 

higher angles of incidence 

• Substrates: N-BK7, fused silica or 

similar 

• Damage threshold > 50 J/cm² at 


(s-on- 1) at 10 Hz 

• For Nd:YAG laser applications 


ARHS 1064 nm (AOI = 0°) 

France +33 47 25 20 420 


Example: ARB 2 NIR for 725-1050 nm (AOI = 0°) 

341 


Plano-convex lenses, unmounted 

Focal Length 

(mm) 

Ø optic s 

(mm) 

Ma teri al 

Plano-Convex Lenses, Unmounted 

• Surfaces uncoated 

• Tolerances: focal length f': ±2%, 

image distance s': ±2% 

Diameter 

(mm) 

Centeri ng 

Accurac y 


dm 

(m m) 

Surface quality 

regarding ISO 10110 

dr 

(m m) 

f focal length (object side) 

f' focal length (image side) 

s' image distance point secondary vertex 

Ø lens diameter 

dm center thickness 

dr edge thickness 

h primary vertex (h=dm-dr) 

F, F' focal points 

H, H' principal points 

s' 588 nm 

(mm ) 

Ø Tolerance 

(mm) 

1.5-4 3x0.063 -0.03 ±0.1 

5-8 3x0.1 -0.04 ±0.1 

10-18 3x0.16 -0.12 ±0.1 

22.4-31.5 3x0.25 -0.15 ±0.2 

40-63 5x0.25 -0.19 ±0.2 

100 5x0.4 -0.22 ±0.3 

>100 5x0.63 -0.25 ±0.5 

Centering accuracy: better than 10‘ 

f' 546 nm 

(mm ) 

dm Tolerance 

(mm) 

Part No. 

1 1.5 N- LaSF 9 9' 0.8 0.35 0.57 0.99 G31 2000 000 

1.5 2 N- LaSF 9 9' 0.8 0.32 1.07 1.49 G31 2001 000 

2 2.5 N- LaSF 9 6' 0.8 0.25 1.57 1.99 G31 2002 000 

2.5 3 N- LaSF 9 6' 1 0.38 1.96 2.48 G31 2003 000 

3 3 N- BK7 6' 1.5 0.34 2.01 2.99 G31 2004 000 

3.5 3.5 N- BK7 6' 1.8 0.4 2.35 3.49 G31 2005 000 

4 4 N- BK7 6' 2 0.45 2.68 3.99 G31 2006 000 

5 5 N- BK7 6' 2.5 0.57 3.35 4.98 G31 2007 000 

6 6 N- BK7 6' 3 0.68 4.02 5.98 G31 2008 000 

10 6 N- BaK 2 6' 2 1.1 8.82 10.08 G31 2201 000 

7 7 N- BK7 6' 3.5 0.8 4.69 6.98 G31 2009 000 

8 8 N- BK7 6' 4 0.91 5.36 7.97 G31 2010 000 

10 10 N- BK7 6' 5 1.14 6.7 9.96 G31 2011 000 

15 10 N- BaK 4 6' 3 1.4 12.99 14.84 G31 2236 000 

20 12.5 N- BK7 3' 3.5 1.4 17.9 20.13 G31 2329 000 

25 12.5 N- BK7 10' 3 1.4 23.27 25.16 G31 2330 000 

30 12.7 N- BK7 10' 3 1.6 28.03 29.9 G31 2351 000 

50 12.7 N- BK7 10' 3 2.2 48.41 50.2 G31 2352 000 

80 12.7 N- BK7 10' 3 2.5 77.88 79.56 G31 2353 000 

100 12.7 N- BK7 10' 3 2.6 97.12 98.73 G31 2354 000 

150 12.7 N- BK7 10' 3 2.7 147.3 6 148.7 9 G31 2355 000 

200 12.7 N- BK7 10' 3 2.8 197.1 7 198.4 1 G31 2356 000 

300 12.7 N- BK7 10' 3 2.9 295.9 9 296.8 6 G31 2357 000 

500 12.7 N- BK7 10' 3 2.9 501.8 7 501.9 8 G31 2358 000 

1000 12.7 N- BK7 10' 3 3 981.8 7 980.2 G31 2359 000

Focal Length 

(mm) 

Ø optic s 

(mm) 

Ma teri al 

Centeri ng 

Accurac y 

dm 

(m m) 


dr 

(m m) 

s' 588 nm 

(mm ) 

France +33 47 25 20 420 

f' 546 nm 

(mm ) 


Part No. 

30 18 N- BK7 10' 4.5 1.7 27.48 30.33 G31 2331 000 

40 22.4 N- BK7 10' 5 1.7 37.02 40.16 G31 2314 000 

50 22.4 N- BK7 10' 4.5 2 48.15 50.93 G31 2315 000 

60 22.4 N- BK7 10' 4 2 59 61.4 G31 2316 000 

80 22.4 N- BK7 10' 3.5 1.9 78.71 80.71 G31 2317 000 

100 22.4 N- BK7 10' 3.2 2 99.15 100.8 8 G31 2318 000 

150 22.4 N- BK7 10' 3 2.2 149.5 4 150.9 4 G31 2319 000 

200 22.4 N- BK7 10' 2.7 2.1 200.2 7 201.2 8 G31 2320 000 

50 25.4 N- BK7 10' 5 1.8 47.09 50.2 G31 2321 000 

80 25.4 N- BK7 10' 4 2 77.88 79.56 G31 2322 000 

100 25.4 N- BK7 10' 4 2.4 96.46 98.73 G31 2323 000 

150 25.4 N- BK7 10' 4 3 148.8 7 150.9 4 G31 2324 000 

200 25.4 N- BK7 10' 4 3.2 196.5 1 198.4 1 G31 2325 000 

300 25.4 N- BK7 10' 4 3.5 295.3 3 296.8 6 G31 2326 000 

500 25.4 N- BK7 10' 4 3.7 501.2 2 501.9 8 G31 2327 000 

1000 25.4 N- BK7 10' 4 3.8 981.2 1 980.2 G31 2328 000 

40 31.5 N- BaK 4 3' 8.3 2 34.92 40.04 G31 2401 000 

50 31.5 N- BaK 4 3' 6.7 2 45.99 50.05 G31 2402 000 

60 31.5 N- BK7 3' 6.3 2.1 57.48 61.4 G31 2332 000 

80 31.5 N- BK7 3' 5 1.9 77.14 80.14 G31 2403 000 

100 31.5 N- BK7 3' 4.5 2.1 98.3 100.8 8 G31 2333 000 

150 31.5 N- BK7 3' 4 2.4 148.3 3 150.4 1 G31 2404 000 

200 31.5 N- BK7 3' 3.2 2 199.2 1 200.5 7 G31 2405 000 

300 31.5 N- BK7 3' 3 2.2 299.2 3 300.0 9 G31 2406 000 

500 31.5 N- BK7 3' 2.5 2 500.4 3 500.2 2 G31 2407 000 

50 40 N- BK7 10' 11.8 2.6 43.34 50.93 G31 2312 000 

60 40 N- BK7 10' 9.5 2.4 55.37 61.4 G31 2340 000 

80 40 N- BK7 10' 7.5 2.3 74.91 79.56 G31 2350 000 

150 40 N- BK7 10' 5 2.4 148.2 2 150.9 4 G31 2341 000 

100 50 N- BK7 10' 9 2.6 95.33 100.8 8 G31 2334 000 

150 50 N- BK7 10' 6.5 2.4 147.2 3 150.9 4 G31 2335 000 

90 63 N- BK7 10' 14.5 2.5 82 91.22 G31 2360 000 

140 63 N- BK7 10' 10 2.8 134.4 140.4 7 G31 2361 000 

200 63 N- BK7 10' 8 3.1 196.7 8 201.2 8 G31 2362 000 

300 63 N- BK7 10' 5.5 2.3 298.7 301.1 6 G31 2363 000 

130 100 N- BK7 10' 24 2.5 117.2 8 132.6 1 G31 2390 000 

300 100 N- BK7 10' 10.7 2.5 295.2 7 301.1 6 G31 2391 000 

250 150 N- BK7 10' 27 3.1 232.9 4 249.7 9 G31 2364 000 

330 150 N- BK7 10' 20.5 3.7 325.7 2 337.9 3 G31 2365 000 

500 150 N- BK7 10' 15 4 494.0 9 501.9 8 G31 2366 000 

1000 150 N- BK7 10' 9 3.6 1007. 17 1008. 83 G31 2367 000 

2000 150 N- BK7 10' 8.5 5.8 2016. 81 2012. 83 G31 2368 000 

Selection guide 

Our lenses are also available with the following standard, economically 

priced anti-reflective coatings: 

• ARB 2 UV (250-400 nm), order code -522 

• ARB 2 VIS (450-700 nm), order code -322 

• ARB 2 NIR (725-1050 nm), order code -525 

• ARHS 1064 (Nd:YAG center wavelength at 1064 nm), order code -329 

When placing an order or requesting a quote, simply replace the 

"000" in the order number with the order code for the desired coating. 

For more information please look at the beginning of this chapter 

respectively chapter "Thin Film Coatings." 

343 


Plano-Convex Lenses, Unmounted (Fused Silica) 




Diameter 

(mm) 

Plano-convex lenses, unmounted, fabricated from fused silica 



Foc al Len gth (m m) Ø (m m) dm (m m) dr (m m) s' 248 nm (m m) f' 248 nm (m m) Part No. 

12.5 8 2.4 1 10.9 1 12.5 G31 2255 000 

15 10 2.9 1 12.8 3 14.7 5 G31 2256 000 

20 12.5 3.5 1.3 17.3 5 19.6 7 G31 2257 000 

25 12.5 3 1.3 22.7 8 24.7 7 G31 2258 000 

30 18 4.4 1.5 27.5 9 30.5 1 G31 2259 000 

40 22.4 5 1.5 35.3 8 38.6 9 G31 2286 000 

50 22.4 4.1 1.5 46.7 49.4 2 G31 2300 000 

60 22.4 3.7 1.6 57.1 3 59.5 8 G31 2301 000 

80 22.4 3.1 1.5 77.4 79.4 5 G31 2302 000 

100 22.4 2.8 1.5 97.4 5 99.3 1 G31 2303 000 

200 22.4 2.1 1.5 195. 33 196. 73 G31 2304 000 


Ø Tolerance 

(mm) 

8 3x0.063 -0.09 ±0.15 

10-18 3x0.1 -0.11 ±0.2 

22.4-31.5 3x0.16 -0.13 ±0.2 

40-50 3x0.25 -0.16 ±0.2 


A closer look 

Please find further information 

about technical terms and more in 

the chapter "Technical Information 

on Optics" 










dm Tolerance 

(mm)

Foc al Len gth (m m) Ø (m m) dm (m m) dr (m m) s' 248 nm (m m) f' 248 nm (m m) Part No. 


France +33 47 25 20 420 


40 31.5 9.5 2 33.6 5 39.9 5 G31 2411 000 

50 31.5 7.5 2.1 45.1 4 50.1 1 G31 2412 000 

60 31.5 6.4 2 55.7 5 60 G31 2413 000 

80 31.5 5.2 2 76.5 5 80 G31 2414 000 

100 31.5 4.5 2 96.9 9 99.9 7 G31 2415 000 

140 31.5 3.3 1.5 136. 09 138. 21 G31 2305 000 

200 31.5 3.3 2.1 198. 03 200. 22 G31 2416 000 

300 31.5 3 2.2 298. 66 300. 65 G31 2417 000 

400 31.5 2.1 1.5 390. 96 392. 35 G31 2306 000 

80 40 7 1.7 74.8 1 79.4 5 G31 2253 000 

140 40 4.8 1.9 135. 09 138. 27 G31 2254 000 

100 50 8.5 1.8 93.6 7 99.3 1 G31 2242 000 

150 50 6.1 1.8 144. 54 148. 59 G31 2243 000 

200 50 5.1 1.9 193. 34 196. 73 G31 2244 000 

250 50 4.4 1.9 244. 74 247. 66 G31 2245 000 

500 50 4.4 3.1 491. 24 494. 16 G31 2246 000 

1000 50 4.4 3.8 983. 05 985. 97 G31 2247 000 

A closer look 

All relevant specifications of the 

lenses, such as materials, radii and 

center thicknesses, are included in 

the database of the LINOS Win- 

Lens optical design software. 

A freeware version of this program 

is available for download at 

www.winlens.de. 

345 


Plano-convex lenses, mounted 

Mo unt 

Foca l 

Leng th 

(mm ) 

Ø opt ics 

(m m) 

Ma teri al 

Plano-Convex Lenses, Mounted 

• Lens mounts fit to Microbench Í or 

Nanobench n 

• Also available in UV-grade fused silica 




Diameter 

(mm) 

Out er- Ø D 

(m m) 

Cle ar Ø 

(m m) 




dm 

(m m) 

dr 

(m m) 

Ø Tolerance 

(mm) 

1.5-4 3x0.063 -0.03 ±0.1 

5-8 3x0.1 -0.04 ±0.1 

10-18 3x0.16 -0.12 ±0.1 

22.4-31.5 3x0.25 -0.15 ±0.2 

40-63 5x0.25 -0.19 ±0.2 

100 5x0.4 -0.22 ±0.3 

>100 5x0.63 -0.25 ±0.5 











s' 588 nm 

(m m) 

f' 546 nm 

(m m) 

dm Tolerance 

(mm) 

Part No. 

n 2.5 3 N- LaSF 9 16 2.5 1 0.38 1.96 2.48 G05 2101 000 

n 3 3 N- BK7 16 2.5 1.5 0.34 2.01 2.99 G05 2102 000 

n 5 5 N- BK7 16 4 2.5 0.57 3.35 4.98 G05 2103 000 

n 6 6 N- BK7 16 5 3 0.68 4.02 5.98 G05 2104 000 

n 10 6 N- BaK 2 16 5 2 1.1 8.82 10.0 8 G05 2105 000 

n 8 8 N- BK7 16 7 4 0.91 5.36 7.97 G05 2106 000 

n 10 10 N- BK7 16 9 5 1.14 6.7 9.96 G05 2107 000 

n 15 10 N- BaK 4 16 9 3 1.4 12.9 9 14.8 4 G05 2108 000 

n 20 12.5 N- BK7 16 11.5 3.5 1.4 17.9 20.1 3 G05 2109 000 

n 25 12.5 N- BK7 16 11.5 3 1.4 23.2 7 25.1 6 G05 2110 000 

n 30 12.7 N- BK7 16 11.5 3 1.6 28.0 3 29.9 G05 2111 000 

n 50 12.7 N- BK7 16 11.5 3 2.2 48.4 1 50.2 G05 2112 000 

n 80 12.7 N- BK7 16 11.5 3 2.5 77.8 8 79.5 6 G05 2113 000 

n 100 12.7 N- BK7 16 11.5 3 2.6 97.1 2 98.7 3 G05 2114 000 

n 150 12.7 N- BK7 16 11.5 3 2.7 147. 36 148. 79 G05 2115 000 

n 200 12.7 N- BK7 16 11.5 3 2.8 197. 17 198. 41 G05 2116 000 

n 300 12.7 N- BK7 16 11.5 3 2.9 295. 99 296. 86 G05 2117 000 

n 500 12.7 N- BK7 16 11.5 3 2.9 501. 87 501. 98 G05 2118 000 

n 1000 12.7 N- BK7 16 11.5 3 3 981. 87 980. 2 G05 2119 000

Mo unt 

Foca l 

Leng th 

(mm ) 

Ø opt ics 

(m m) 

Ma teri al 

StandardPlus 

Out er- Ø D 

(m m) 

Cle ar Ø 

(m m) 

If you require standard lenses with a smaller diameter please contact 

our sales team for a quick price information. We can easily downsize 

our standard lenses as StandardPlus-option. 


dm 

(m m) 

dr 

(m m) 

s' 588 nm 

(m m) 

France +33 47 25 20 420 

f' 546 nm 

(m m) 


Part No. 

Í 30 18 N- BK7 25 17 4.5 1.7 27.4 8 30.3 3 G06 3042 000 

Í 40 22.4 N- BK7 25 21.4 5 1.7 37.0 2 40.1 6 G06 3043 000 

Í 50 22.4 N- BK7 25 21.4 4.5 2 48.1 5 50.9 3 G06 3044 000 

Í 60 22.4 N- BK7 25 21.4 4 2 59 61.4 G06 3045 000 

Í 80 22.4 N- BK7 25 21.4 3.5 1.9 78.7 1 80.7 1 G06 3046 000 

Í 100 22.4 N- BK7 25 21.4 3.2 2 99.1 5 100. 88 G06 3047 000 

Í 150 22.4 N- BK7 25 21.4 3 2.2 149. 54 150. 94 G06 3048 000 

Í 200 22.4 N- BK7 25 21.4 2.7 2.1 200. 27 201. 28 G06 3049 000 

Í 50 25.4 N- BK7 30 24 5 1.8 47.0 9 50.2 G06 3821 000 

Í 80 25.4 N- BK7 30 24 4 2 77.8 8 79.5 6 G06 3822 000 

Í 100 25.4 N- BK7 30 24 4 2.4 96.4 6 98.7 3 G06 3823 000 

Í 150 25.4 N- BK7 30 24 4 3 148. 87 150. 94 G06 3824 000 

Í 200 25.4 N- BK7 30 24 4 3.2 196. 51 198. 41 G06 3825 000 

Í 300 25.4 N- BK7 30 24 4 3.5 295. 33 296. 86 G06 3826 000 

Í 500 25.4 N- BK7 30 24 4 3.7 501. 22 501. 98 G06 3827 000 

Í 1000 25.4 N- BK7 30 24 4 3.8 981. 21 980. 2 G06 3828 000 

Í 40 31.5 N- BaK 4 35 30 8.3 2 34.9 2 40.0 4 G06 3101 000 

Í 50 31.5 N- BaK 4 35 30 6.7 2 45.9 9 50.0 5 G06 3102 000 

Í 60 31.5 N- BK7 35 30 6.3 2.1 57.4 8 61.4 G06 3051 000 

Í 80 31.5 N- BK7 35 30 5 1.9 77.1 4 80.1 4 G06 3103 000 

Í 100 31.5 N- BK7 35 30 4.5 2.1 98.3 100. 88 G06 3052 000 

Í 150 31.5 N- BK7 35 30 4 2.4 148. 33 150. 41 G06 3104 000 

Í 200 31.5 N- BK7 35 30 3.2 2 199. 21 200. 57 G06 3105 000 

Í 300 31.5 N- BK7 35 30 3 2.2 299. 23 300. 09 G06 3106 000 

Í 500 31.5 N- BK7 35 30 2.5 2 500. 43 500. 22 G06 3107 000 

Í In mount fitting directly to Microbench, 

n In mount fitting directly to Nanobench, 

please look on page 233 for mount dimensions. 

347 


Plano-convex lenses, mounted, fabricated from fused silica 

Mo unt 

Foc al Len gth 

(m m) 

Ø opt ics 

(m m) 

Plano-Convex Lenses, Mounted (Fused Silica) 


Nanobench n 

Ou ter- Ø 

D (m m) 

Cle ar Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 

s' 248 nm 

(m m) 


f' 248 nm 

(m m) 

Part No. 

n 12.5 8 16 7 2.4 1 10.9 1 12.5 G05 2120 000 

n 15 10 16 9 2.9 1 12.8 3 14.7 5 G05 2121 000 

n 20 12.5 16 11.5 3.5 1.3 17.3 5 19.6 7 G05 2122 000 

n 25 12.5 16 11.5 3 1.3 22.7 8 24.7 7 G05 2123 000 

Í 30 18 25 17 4.4 1.5 27.5 9 30.5 1 G06 3338 000 

Í 40 22.4 25 21.4 5 1.5 35.3 8 38.6 9 G06 3050 000 

Í 50 22.4 25 21.4 4.1 1.5 46.7 49.4 2 G06 3339 000 

Í 60 22.4 25 21.4 3.7 1.6 57.1 3 59.5 8 G06 3340 000 

Í 80 22.4 25 21.4 3.1 1.5 77.4 79.4 5 G06 3341 000 

Í 100 22.4 25 21.4 2.8 1.5 97.4 5 99.3 1 G06 3342 000 

Í 200 22.4 25 21.4 2.1 1.5 195. 33 196. 73 G06 3343 000 

Í 40 31.5 35 30 9.5 2 33.6 5 39.9 5 G06 3111 000 

Í 50 31.5 35 30 7.5 2.1 45.1 4 50.1 1 G06 3112 000 

Í 60 31.5 35 30 6.4 2 55.7 5 60 G06 3113 000 

Í 80 31.5 35 30 5.2 2 76.5 5 80 G06 3114 000 

Í 100 31.5 35 30 4.5 2 96.9 9 99.9 7 G06 3115 000 

Í 140 31.5 35 30 3.3 1.5 136. 09 138. 21 G06 3366 000 

Í 200 31.5 35 30 3.3 2.1 198. 03 200. 22 G06 3116 000 

Í 300 31.5 35 30 3 2.2 298. 66 300. 65 G06 3117 000 

Í 400 31.5 35 30 2.1 1.5 390. 96 392. 35 G06 3367 000 







Diameter 

(mm) 



Ø Tolerance 

(mm) 

8 3x0.063 -0.09 ±0.15 

10-18 3x0.1 -0.11 ±0.2 

22.4-31.5 3x0.16 -0.13 ±0.2 

40-50 3x0.25 -0.16 ±0.2 











dm Tolerance 

(mm)

Symmetric-convex lenses, unmounted, dia. 6 - 22.4 mm 

Focal Lengt h 

(mm) 


France +33 47 25 20 420 


Symmetric-Convex Lenses, Unmounted, Dia. 6 - 22.4 mm 

• Precision designed for 1:1 imaging 




Diameter 

(mm) 



Ø (m m) Ma teri al dm (m m) dr (m m) s, s' 588 nm 

(mm ) 



s object distance 

s' image distance 




h, h' sagital height primary/secondary 

vertex; h, h' = (dm-dr) / 2 for 

symmetrical biconvex lenses 



Ø Tolerance 

(mm) 

6-8 3x0.1 -0.09 ±0.1 

10-18 3x0.16 -0.12 ±0.2 

22.4 3x0.25 -0.13 ±0.2 

Centering accuracy: all 10‘ 

f' 546 nm 

(m m) 

dm Tolerance 

(mm) 

Part No. 

5 6 N- BaK 4 2.9 0.9 3.95 4.97 G31 1328 000 

7 8 N- BaK 4 3.4 1.1 6 7.14 G31 1329 000 

10 10 N- BaK 4 3.5 1 8.78 9.93 G31 1300 000 

12.5 12.5 N- BK7 4.5 1 10.79 12.33 G31 1377 000 

15 12.7 N- BK7 4 1.1 13.58 14.91 G31 1381 000 

20 12.7 N- BK7 3 0.9 18.94 19.88 G31 1382 000 

30 12.7 N- BK7 3 1.6 28.8 29.7 G31 1383 000 

50 12.7 N- BK7 3 2.2 48.92 49.74 G31 1384 000 

80 12.7 N- BK7 3 2.5 78.03 78.73 G31 1385 000 

100 12.7 N- BK7 3 2.6 99.08 99.7 G31 1386 000 

150 12.7 N- BK7 3 2.7 148.5 148.9 G31 1387 000 

16 18 N- BK7 7 1.1 13.43 15.88 G31 1378 000 

20 22.4 N- BK7 8.8 1.6 17.05 20.13 G31 1338 000 

25 22.4 N- BK7 7 1.6 22.4 24.74 G31 1308 000 

30 22.4 N- BK7 6.3 2 28.01 30.06 G31 1310 000 

40 22.4 N- BK7 5 2 39.66 41.2 G31 1314 000 

50 22.4 N- BK7 4.5 2.1 49.88 51.19 G31 1315 000 

60 22.4 N- BK7 4 2 59.94 61.05 G31 1316 000 

80 22.4 N- BK7 3.5 2 80.24 81.1 G31 1317 000 

100 22.4 N- BK7 3.5 2.3 100.44 101.2 2 G31 1318 000 

150 22.4 N- BK7 3 2.2 150.65 151.0 8 G31 1319 000 

200 22.4 N- BK7 3 2.4 202.51 202.7 5 G31 1320 000 

349 


Symmetric-convex lenses, unmounted, dia. 25.4 - 100 mm 

Focal Length 

(mm) 

Ø 

(m m) 

Ma teri al 

Symmetric-Convex Lenses, Unmounted, 

Dia. 25.4 - 100 mm 





Diameter 

(mm) 

dm 

(m m) 



dr 

(m m) 

s, s' 588 nm 

(mm) 


Ø Tolerance 

(mm) 

25.4-31.5 3x0.25 -0.07 ±0.2 

40 5x0.25 -0.07 ±0.2 

100 5x0.4 -0.08 ±0.5 














f' 546 nm 

(mm ) 

dm Tolerance 

(mm) 

Part No. 

30 25.4 N- BK7 7 1.4 27.89 30.18 G31 1321 000 

50 25.4 N- BK7 7 3.8 48.24 50.42 G31 1322 000 

80 25.4 N- BK7 7 5 77.36 79.41 G31 1323 000 

100 25.4 N- BK7 7 5.4 98.41 100.4 G31 1324 000 

150 25.4 N- BK7 7 6 147.8 149.6 G31 1325 000 

30 31.5 N- SK2 9.5 2 27.03 30.02 G31 1331 000 

40 31.5 N- BK7 8.3 2.1 39.09 41.77 G31 1339 000 

50 31.5 N- BK7 7 2.1 49.45 51.62 G31 1351 000 

70 31.5 N- BK7 5.5 2.1 69.57 71.15 G31 1357 000 

100 31.5 N- BK7 4.8 2.4 98.41 100 G31 1333 000 

130 31.5 N- BK7 4 2.2 129.3 130.14 G31 1335 000 

50 40 N- BK7 10 2.1 48.92 52.14 G31 1340 000 

65 40 N- BK7 8 1.9 63.78 66.23 G31 1341 000 

80 40 N- BK7 6.8 1.9 79.68 81.66 G31 1343 000 

100 40 N- BK7 6 2.1 100.02 101.64 G31 1344 000 

150 40 N- BK7 4.5 1.9 150.4 151.33 G31 1345 000 

200 40 N- BK7 4 2.1 202.35 202.92 G31 1346 000 

250 40 N- BK7 3.5 2 251.35 251.57 G31 1347 000 

300 40 N- BK7 3.3 2 305.4 305.36 G31 1348 000 

500 40 N- BK7 2.8 2 505.83 504.87 G31 1352 000 

1000 40 N- BK7 2.4 2 1009.76 1006.8 1 G31 1355 000 

150 100 N- BK7 19.5 3.1 147.86 153.86 G31 1368 000


France +33 47 25 20 420 


Symmetric-Convex Lenses, Unmounted (Fused Silica) 


Diameter 

(mm) 



Ø Tolerance 

(mm) 

6 3x0.063 -0.09 ±0.15 

10-18 3x0.1 -0.13 ±0.2 

22.4-31.5 3x0.16 -0.13 ±0.2 

40-50 3x0.25 -0.16 ±0.2 


Symmetric-convex lenses, unmounted, fabricated from fused silica 
















dm Tolerance 

(mm) 

Foc al Len gth (m m) Ø (m m) dm (m m) dr (m m) s, s' 248 nm (m m) f' 248 nm (m m) Part No. 

5 6 3 1 4.38 5.48 G31 1202 000 

10 10 4 1.2 8.71 10.1 3 G31 1203 000 

12.5 12.5 4.7 1 10.5 2 12.2 G31 1204 000 

16 12.5 3.8 1.2 14.8 2 16.1 3 G31 1205 000 

20 18 5.8 1.4 18.3 3 20.3 6 G31 1206 000 

25 22.4 7 1.6 22.7 9 25.2 3 G31 1026 000 

30 22.4 6 1.5 27.5 29.5 6 G31 1207 000 

40 22.4 4.9 1.7 38.0 5 39.7 1 G31 1208 000 

50 22.4 4.2 1.6 47.8 9 49.3 G31 1209 000 

60 22.4 3.7 1.6 58.8 2 60.0 6 G31 1210 000 

80 22.4 3.3 1.7 76.4 7 77.5 7 G31 1027 000 

100 22.4 2.9 1.6 97.8 8 98.8 5 G31 1211 000 

150 22.4 2.4 1.6 146. 77 147. 57 G31 1212 000 

200 22.4 2.2 1.6 195. 9 196. 63 G31 1213 000 

30 31.5 11.5 2 25.9 7 30.0 6 G31 1711 000 

40 31.5 8.6 2 37.1 40.0 6 G31 1712 000 

50 31.5 7.3 2.2 47.5 2 50 G31 1713 000 

60 31.5 6.2 2 57.9 5 60.0 4 G31 1714 000 

80 31.5 5.1 2 78.3 7 80.0 8 G31 1715 000 

100 31.5 4.5 2 98.6 4 100. 14 G31 1716 000 

120 31.5 4.1 2.1 118. 72 120. 09 G31 1718 000 

50 40 10.5 2.2 47.4 9 51.1 G31 1192 000 

100 40 6 2 97.3 6 99.3 7 G31 1193 000 

125 40 5 1.8 122. 99 124. 66 G31 1194 000 

160 40 4.5 2 157. 41 158. 91 G31 1195 000 

200 40 4 2 195. 6 196. 93 G31 1196 000 

100 50 8.4 1.9 95.5 5 98.3 7 G31 1220 000 

150 50 6.2 2 146. 14 148. 21 G31 1221 000 

200 50 5.1 2 195. 41 197. 11 G31 1222 000 

250 50 4.5 2 246. 33 247. 83 G31 1223 000 

500 50 4.4 3.1 492. 25 493. 72 G31 1224 000 

1000 50 4.4 3.8 989. 98 991. 44 G31 1225 000 

351 


Mo unt Foca l Leng th 

(mm ) 

Ø opt ics 

(m m) 

Ma teri al 

Symmetric-Convex Lenses, Mounted, Dia. 6 - 22.4 mm 


Nanobench n 


Diameter 

(mm) 

Symmetric-convex lenses, mounted, dia. 6 - 22.4 mm 

Out er- Ø D 

(m m) 



Cle ar Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 


Ø Tolerance 

(mm) 

6-8 3x0.1 -0.09 ±0.1 

10-18 3x0.16 -0.12 ±0.2 

22.4 3x0.25 -0.13 ±0.2 


s, s' 588 nm 

(m m) 

f' 546 nm 

(m m) 

dm Tolerance 

(mm) 

Part No. 

n 5 6 N- BaK 4 16 5 2.9 0.9 3.95 4.97 G05 2201 000 

n 7 8 N- BaK 4 16 7 3.4 1.1 6 7.14 G05 2202 000 

n 10 10 N- BaK 4 16 9 3.5 1 8.78 9.93 G05 2203 000 

n 12.5 12.5 N- BK7 16 11.5 4.5 1 10.7 9 12.3 3 G05 2204 000 

n 15 12.7 N- BK7 16 11.5 4 1.1 13.5 8 14.9 1 G05 2205 000 

n 20 12.7 N- BK7 16 11.5 3 0.9 18.9 4 19.8 8 G05 2206 000 

n 30 12.7 N- BK7 16 11.5 3 1.6 28.8 29.7 G05 2207 000 

n 50 12.7 N- BK7 16 11.5 3 2.2 48.9 2 49.7 4 G05 2208 000 

n 80 12.7 N- BK7 16 11.5 3 2.5 78.0 3 78.7 3 G05 2209 000 

n 100 12.7 N- BK7 16 11.5 3 2.6 99.0 8 99.7 G05 2210 000 

n 150 12.7 N- BK7 16 11.5 3 2.7 148. 5 148. 9 G05 2211 000 

Í 16 18 N- BK7 25 17 7 1.1 13.4 3 15.8 8 G06 3033 000 

Í 20 22.4 N- BK7 25 21.4 8.8 1.6 17.0 5 20.1 3 G06 3020 000 

Í 25 22.4 N- BK7 25 21.4 7 1.6 22.4 24.7 4 G06 3021 000 

Í 30 22.4 N- BK7 25 21.4 6.3 2 28.0 1 30.0 6 G06 3022 000 

Í 40 22.4 N- BK7 25 21.4 5 2 39.6 6 41.2 G06 3023 000 

Í 50 22.4 N- BK7 25 21.4 4.5 2.1 49.8 8 51.1 9 G06 3024 000 

Í 60 22.4 N- BK7 25 21.4 4 2 59.9 4 61.0 5 G06 3025 000 

Í 80 22.4 N- BK7 25 21.4 3.5 2 80.2 4 81.1 G06 3026 000 

Í 100 22.4 N- BK7 25 21.4 3.5 2.3 100. 44 101. 22 G06 3027 000 

Í 150 22.4 N- BK7 25 21.4 3 2.2 150. 65 151. 08 G06 3028 000 

Í 200 22.4 N- BK7 25 21.4 3 2.4 202. 51 202. 75 G06 3029 000 


















H, H' principal points

Mo unt 

Foca l Leng th 

(mm ) 

Ø opt ics 

(m m) 


Symmetric-Convex Lenses, Mounted, 

Dia. 25.4 and 31.5 mm 

• Lens mounts fit to Microbench Í 


Diameter 

(mm) 




Ø Tolerance 

(mm) 

25.4-31.5 3x0.25 -0.07 ±0.2 


Symmetric-convex lenses, mounted, dia. 25.4 and 31.5 mm 

Ma teri al 

Out er- Ø 

D (m m) 

Cle ar Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 

s, s' 588 nm 

(m m) 

France +33 47 25 20 420 

f' 546 nm 

(m m) 


dm Tolerance 

(mm) 

Part No. 

Í 30 25.4 N- BK7 30 24 7 1.4 27.8 9 30.1 8 G06 3851 000 

Í 50 25.4 N- BK7 30 24 7 3.8 48.2 4 50.4 2 G06 3852 000 

Í 80 25.4 N- BK7 30 24 7 5 77.3 6 79.4 1 G06 3853 000 

Í 100 25.4 N- BK7 30 24 7 5.4 98.4 1 100. 4 G06 3854 000 

Í 150 25.4 N- BK7 30 24 7 6 147. 8 149. 6 G06 3855 000 

Í 30 31.5 N- SK2 35 30 9.5 2 27.0 3 30.0 2 G06 3151 000 

Í 40 31.5 N- BK7 35 30 8.3 2.1 39.0 9 41.7 7 G06 3012 000 

Í 50 31.5 N- BK7 35 30 7 2.1 49.4 5 51.6 2 G06 3013 000 

Í 70 31.5 N- BK7 35 30 5.5 2.1 69.5 7 71.1 5 G06 3014 000 

Í 100 31.5 N- BK7 35 30 4.8 2.4 98.4 1 100 G06 3153 000 

Í 130 31.5 N- BK7 35 30 4 2.2 129. 3 130. 14 G06 3155 000 

Í In mount fitting directly to Microbench, please look on page 233 for mount dimensions. 
















Our lenses are also available with the following standard, economically priced anti-reflective coatings: 





When placing an order or requesting a quote, simply replace the "000" in the order number with the order 

code for the desired coating. For more information please look at the beginning of this chapter respectively 

chapter "Thin Film Coatings." 

353 


Symmetric-Convex Lenses, Mounted (Fused Silica) 



Nanobench n 




Diameter 

(mm) 



A closer look 

All relevant specifications of the 

lenses, such as materials, radii and 

center thicknesses, are included in 

the database of the LINOS Win- 

Lens optical design software. 

A freeware version of this program 

is available for download at 

www.winlens.de. 


Ø Tolerance 

(mm) 

6 3x0.063 -0.09 ±0.15 

10-18 3x0.1 -0.13 ±0.2 

22.4-31.5 3x0.16 -0.13 ±0.2 

40-50 3x0.25 -0.16 ±0.2 














dm Tolerance 

(mm)

Symmetric-convex lenses, mounted, fabricated from fused silica 

Mo unt 


(m m) 

Ø opt ics 

(m m) 

Ou ter- Ø 

D (m m) 

Cle ar Ø 

(m m) 

dm 

(m m) 


dr 

(m m) 

s, s' 248 nm 

(m m) 

France +33 47 25 20 420 

f' 193 nm (m 

m) 


Part No. 

n 5 6 16 5 3 1 4.38 5.01 G05 2212 000 

n 10 10 16 9 4 1.2 8.71 9.24 G05 2213 000 

n 12.5 12.5 16 11.5 4.7 1 10.5 2 11.1 1 G05 2214 000 

n 16 12.5 16 11.5 3.8 1.2 14.8 2 14.6 7 G05 2215 000 

Í 20 18 25 17 5.8 1.4 18.3 3 18.5 2 G06 3316 000 

Í 25 22.4 25 21.4 7 1.6 22.7 9 22.9 5 G06 3030 000 

Í 30 22.4 25 21.4 6 1.5 27.5 26.8 7 G06 3317 000 

Í 40 22.4 25 21.4 4.9 1.7 38.0 5 36.0 5 G06 3318 000 

Í 50 22.4 25 21.4 4.2 1.6 47.8 9 44.7 4 G06 3319 000 

Í 60 22.4 25 21.4 3.7 1.6 58.8 2 54.4 9 G06 3320 000 

Í 80 22.4 25 21.4 3.3 1.7 76.4 7 70.3 6 G06 3031 000 

Í 100 22.4 25 21.4 2.9 1.6 97.8 8 89.6 5 G06 3321 000 

Í 150 22.4 25 21.4 2.4 1.6 146. 77 133. 82 G06 3322 000 

Í 200 22.4 25 21.4 2.2 1.6 195. 9 178. 3 G06 3323 000 

Í 30 31.5 35 30 11.5 2 25.9 7 27.3 9 G06 3161 000 

Í 40 31.5 35 30 8.6 2 37.1 36.4 3 G06 3162 000 

Í 50 31.5 35 30 7.3 2.2 47.5 2 45.4 2 G06 3163 000 

Í 60 31.5 35 30 6.2 2 57.9 5 54.5 1 G06 3164 000 

Í 80 31.5 35 30 5.1 2 78.3 7 72.6 8 G06 3165 000 

Í 100 31.5 35 30 4.5 2 98.6 4 90.8 6 G06 3166 000 

Í 120 31.5 35 30 4.1 2.1 118. 72 108. 95 G06 3168 000 




StandardPlus 

If you require standard lenses with a smaller diameter please contact 

our sales team for a quick price information. We can easily downsize 

our standard lenses as StandardPlus-option. 

355 


Best Form Lenses, unmounted (crown glass) 

Best Form Lenses, Unmounted (Crown Glass) 

• Precision lenses for use at infinite 

object distance 

• Spherical (aperture-dependent) 

aber ration minimized 

• N-BK7 lenses with ARB2 coating 

• Broadband anti-reflection coating 

ARB2 for the visible spectral range 

(R < 0.5 % for λ = 450-700 nm on 

lenses made of N-BK7) 

• Tolerances: Focal length f': ±2 %, 

image distance s': ±2 % 

Foca l Leng th (mm ) Ø opt ics (m m) Ma teri al Cent erin g Accu racy Sur fac e Qu alit y dm (m m) 

6 3 N-BK 7 10' 3 x 0.1 2 

4 5 N- LaF2 3' 3 x 0.06 3 

6 5 N- LaF2 3' 3 x 0.06 3 

10 6 N-BK 7 4' 1 x 0.1 2.2 

20 10 N-BK 7 4' 2 x 0.1 2.6 

30 18 N-BK 7 4' 3 x 0.1 4.5 

100 31.5 N-BK 7 3' 3 x 0.16 4.5 

150 31.5 N-BK 7 3' 3 x 0.16 4 

200 31.5 N-BK 7 3' 3 x 0.16 4 

Q-enabled 

Besides high-quality standard optics, Qioptiq is a provider of customdesigned 

optics. For customized optics and higher volumes please contact 

our sales team for your individual quotation. 

Best Form Lenses, unmounted (fused silica) 

Foc al Len gth (m m) Ø opt ics (m m) Ce nte rin g Acc ura cy Sur fac e Qu alit y dm (m m) dm Tol era nce (m m) 

42 50 10' 5 x 0.25 24 ±0.3 

356 Phone numbers: US +1 585 223 2370 UK +44 2380 744 500 Singapore +65 6499 7766

dr 

(m m) 





e distance, primary principal point 

primary vertex (e=f-s) 

e' distance, secondary principal point 

secondary vertex (e'=f'-s') 




h primary vertex 

h' sagittal height secondary vertex 



Ø Tole ranc e (mm ) h (m m) h' (m m) s' 633 nm (m m) f' 546 nm (m m) Part No. 


France +33 47 25 20 420 


1.6 -0.06 0.33 0.05 4.9 6.02 G31 1330 000 

1.8 -0.02 1.22 0 2.5 4.14 G31 2012 000 

2.3 -0.02 0.70 0 4.51 6.17 G31 2013 000 

1.3 -0.03 0.81 0.12 8.9 10.1 1 G31 1301 000 

1.3 -0.04 1.01 0.25 18.8 20.0 4 G31 1302 000 

1.7 -0.04 2.33 0.45 27.8 3 30.1 2 G31 1303 000 

2.1 -0.06 2.01 0.43 97.7 5 99.5 G31 1304 000 

2.4 -0.06 1.38 0.24 147. 75 148. 96 G31 1305 000 

2.8 -0.06 0.97 0.24 198. 76 199. 48 G31 1306 000 

A closer look 

Please find further information 

about technical terms and more in 

the chapter "Technical Information 

on Optics" 

dr (m m) Ø Tol era nce (m m) h (m m) h' (m m) s' 248 nm (m m) f' 248 nm (m m) f' 266 nm (m m) Part No. 

1.6 -0.16 18,7 6 3.66 29.2 7 42.4 6 42.4 6 G31 1200 000 

357 


Best Form Lenses, mounted (crown glass) 

Mo unt 


(m m) 

Ø opt ics 

(m m) 

Best Form Lenses, Mounted (Crown Glass) 

• Precision lenses for use at infinite 

object distance 

• Spherical (aperture-dependent) 

aber ration minimized 

• N-BK7 lenses with ARB2 coating 


Nanobench n 

• Broadband anti-reflection coating 

ARB2 for the visible spectral range 

(R < 0.5 % for λ = 450-700 nm on 

lenses made of N-BK7) 

• Tolerances: Focal length f': ±2 %, 

image distance s': ±2 % 

Ma teri al 

Ou ter- Ø D 

(m m) 

Cle ar Ø 

(m m) 

Ce nte rin g 

Acc ura cy 

Sur fac e 

Qu alit y 


dm 

(m m) 

n 6 3 N-BK 7 16 2.5 10' 3 x 0.1 2 ± 0.05 

n 4 5 N- LaF2 16 3.5 3' 3 x 0.06 3 ± 0.1 

n 6 5 N- LaF2 16 3.5 3' 3 x 0.06 3 ± 0.1 

n 10 6 N-BK 7 16 5 4' 1 x 0.1 2.2 ± 0.1 

n 20 10 N-BK 7 16 9 4' 2 x 0.1 2.6 ± 0.1 

Í 30 18 N-BK 7 25 17 4' 3 x 0.1 4.5 ± 0.1 

Í 100 31.5 N-BK 7 35 30 3' 3 x 0.16 4.5 ± 0.1 

Í 150 31.5 N-BK 7 35 30 3' 3 x 0.16 4 ± 0.1 

Í 200 31.5 N-BK 7 35 30 3' 3 x 0.16 4 ± 0.1 




A closer look 

For all required specifications of 

the mounts, such as dimensions, 

tolerances, etc., please look on 

page 233 for mount dimensions. 

dm Tol era nce 

(m m)

dr 

(m m) 

Ø Tol era nce 

(m m) 

A closer look 

All relevant specifications of the lenses, such as 

materials, radii and center thicknesses, are included 

in the database of the LINOS WinLens optical design 

software. A freeware version of this program is 

available for download at www.winlens.de. 

h 

(m m) 





e distance, primary principal point 

primary vertex (e=f-s) 

e' distance, secondary principal point 

secondary vertex (e'=f'-s') 








h' 

(m m) 


s' 633 nm 

(m m) 

f' 546 nm 

(m m) 

France +33 47 25 20 420 


Part No. 

1.6 -0.06 0.33 0.05 4.9 6.02 G05 2216 000 

1.8 -0.02 1.20 0 2.5 4.14 G05 2124 000 

2.3 -0.02 0.70 0 4.51 6.17 G05 2125 000 

1.3 -0.03 0.81 0.12 8.9 10.1 1 G05 2217 000 

1.3 -0.04 1.01 0.25 18.8 20.0 4 G05 2218 000 

1.7 -0.04 2.33 0.45 27.8 3 30.1 2 G06 3094 000 

2.1 -0.06 2.01 0.43 97.7 5 99.5 G06 3003 000 

2.4 -0.06 1.38 0.24 147. 75 148. 96 G06 3004 000 

2.8 -0.06 0.97 0.24 198. 76 199. 48 G06 3005 000 

359 


Foca l Leng th 

(mm ) 

Concave-Convex Lenses 

• Crown glass is primarily for use 

in illu mination systems 

• Fused silica is suitable for 

DUV- applications 

• Positive meniscus lenses 

Diameter 

(mm) 

Concave-Convex Lenses, unmounted (crown glass) 



Ø (m m) Ma teri al dm (m m) dr (m m) h (m m) h' (m m) s' 588 nm 

(m m) 













Ø Tolerance 

(mm) 

22.4 3x0.16 -0,13 ±0.2 

40-42 5x0.25 -0,16 ±0.2 


f' 546 nm 

(m m) 

dm Tolerance 

(mm) 

Part No. 

50 22.4 N- BaK 4 4 1.4 3.4 1 45.6 9 49.0 3 G31 5505 000 

60 40 B270 10.8 2.7 9.7 1.6 50.1 58.3 2 G31 5540 000 

110 40 B270 7 3.1 6.2 2.3 100. 73 107. 53 G31 5545 000 

150 42 N- ZK7 5 1.8 5.6 2.5 142. 23 147. 61 G31 5551 000 

Concave-Convex Lenses, unmounted (fused silica) 


(m m) 

Ø 

(m m) 

dm 

(m m) 




dr 

(m m) 

h 

(m m) 

h' 

(m m) 

s' 248 nm 

(m m) 

f' 248 nm 

(m m) 

Part No. 

50 22.4 4.2 1.4 3.76 0.95 45.4 8 49.2 4 G31 5506 000 

145 42 5.2 1.9 5.89 2.57 136. 38 142. 57 G31 5553 000 

StandardPlus 

If you require standard plano optics with a smaller diameter please 

contact our sales team for a quick price information. We can easily 

downsize our standard plano optics as StandardPlus-option.

Concave-Convex Lenses, mounted (crown glass) 

Mo unt 

Foc al 

Len gth 

(m m) 

Ø 

opt ics 

(m m) 

Ma te- 

ri al 

Ou ter- 

Ø D 

(m m) 

Cle ar 

Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 


h 

(m m) 

h' 

(m m) 

s' 588 nm 

(m m) 

France +33 47 25 20 420 

f' 546 nm 

(m m) 


Part No. 

Í 50 22.4 N- BaK 4 25 21.4 4 1.6 3.4 1 45.6 9 49.0 3 G06 3076 000 


Concave-Convex Lenses, mounted (fused silica) 

Mo unt Foc al 

Len gth 

(m m) 

Ø 

opt ics 

(m m) 

Ou ter- 

Ø D 

(m m) 

Cle ar 

Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 

h 

(m m) 

h' 

(m m) 

s 248 nm 

(m m) 

s' 248 nm 

(m m) 

f' 248 nm 

(m m) 

Part No. 

Í 50 22.4 25 21.4 4.2 1.4 3.76 0.95 - 50.2 9 45.4 8 49.2 4 G06 3077 000 


Selection Guide 

Please view chapter "Mounts, Posts and Holders" for a selection of 

optic and lens holder for unmounted optics. 

G03 6036 000 G03 6004 000 G03 6186 000 G03 6035 000 

361 









h primary vertex (h=dr-dm) 



Plano-Concave Lenses, Unmounted (N-BK7) 

Focal 

Length 

(mm) 





Diameter 

(mm) 

Plano-concave lenses, unmounted (N-BK7) 

Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 

s' 588 nm 

(mm) 


f' 546 nm 

(mm) 

Part No. 

-3 3 0.5 1.66 -3.33 -2.99 G31 4000 000 

-6 6 0.5 2.82 -6.33 -5.98 G31 4001 000 

-10 6 1 2 -10.36 -9.66 G31 4304 000 

-8 8 1 4.09 -8.66 -7.97 G31 4002 000 

-10 10 1 4.86 -10.66 -9.96 G31 4003 000 

-16 10 1.5 3.1 -17.39 -16.34 G31 4305 000 

-30 12.7 1.5 2.9 -31 -29.9 G31 4331 000 

-50 12.7 1.5 2.3 -51.38 -50.2 G31 4332 000 

-100 12.7 1.5 1.9 -100.99 -98.73 G31 4333 000 

-200 12.7 1.5 1.7 -200.15 -198.41 G31 4334 000 

-500 12.7 1.5 1.6 -504.88 -502 G31 4335 000 

-1000 12.7 1.5 1.5 -1013.6 -1009 G31 4336 000 

-40 22.4 1.5 4.8 -41.3 -40.16 G31 4301 000 

-50 22.4 1.5 4 -51.38 -50.2 G31 4315 000 

-100 22.4 1.5 2.7 -102.25 -100.88 G31 4316 000 

-150 22.4 1.5 2.3 -152.5 -150.99 G31 4317 000 

-50 25.4 1.5 4.8 -5138 -50.2 G31 4321 000 

-100 25.4 1.5 3.1 -100.09 -98.73 G31 4322 000 

-200 25.4 1.5 2.2 -203.03 -201.3 G31 4323 000 

-500 25.4 1.5 1.8 -504.86 -502 G31 4324 000 

-1000 25.4 1.5 1.7 -1013.6 -1009 G31 4325 000 

To realize concave mirrors, we offer the following standard, economically priced metallic mirror coatings for 

our Plane concave lenses: 

• Aluminum mirror coating: RAL (400-3000 nm), order code -331 

• Silver mirror coating: RAGV (450-3000 nm), order code -400 



Ø Tolerance 

(mm) 

3 3x0.063 -0.09 ±0.1 

6-8 3x0.1 -0.09 ±0.1 

10-12.7 3x0.16 -0.12 ±0.1 

22.4-25.4 3x0.25 -0.15 ±0.2 


dm Tolerance 

(mm) 


code for the desired coating. For more information please look at chapter "Thin Film Coatings."











Plano-Concave Lenses, Unmounted (Fused Silica) 

• Extreme low scattering losses 

• High surface quality 

• Substrate for dielectric or metallic 

coatings 




Diameter 

(mm) 




Ø Tolerance 

(mm) 

6 3x0.063 -0.09 ±0.15 

10-12.7 3x0.1 -0.11 ±0.2 

22.4 3x0.16 -0.13 ±0.2 

25.4 5x0.1 -0.13 ±0.2 


Plano-concave lenses, unmounted (fabricated from fused silica) 

Foc al 

Len gth 

(m m) 

Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 

s' 248 nm 

(m m) 

France +33 47 25 20 420 

f' 248 nm 

(m m) 


dm Tolerance 

(mm) 

Part No. 

-10 6 1 2 -10.5 2 -9.85 G31 4419 000 

-16 10 1 2.7 -16.7 4 -16.0 8 G31 4420 000 

-20 12.7 4 6 -22.3 2 -19.6 6 G34 0160 000 

-50 12.7 5.3 6 -53.6 2 -50.1 0 G34 0162 000 

-100 12.7 5.6 6 -102. 27 -98.5 6 G34 0164 000 

-200 12.7 5.8 6 -200. 48 -196. 64 G34 0168 000 

-300 12.7 5.9 6 -298. 12 -294. 21 G34 0170 000 

-500 12.7 5.9 6 -497. 85 -493. 93 G34 0174 000 

-700 12.7 5.9 6 -691. 63 -687. 72 G34 0176 000 

- 1000 12.7 6 6 -989. 51 -985. 53 G34 0178 000 

- 1400 12.7 6 6 -137 6.17 -137 2.20 G34 0180 000 

- 2000 12.7 6 6 -197 0.35 -196 6.38 G34 0182 000 

- 3000 12.7 6 6 -294 6.07 -294 2.09 G34 0184 000 

- 4000 12.7 6 6 -392 7.49 -392 3.51 G34 0186 000 

- 6000 12.7 6 6 -591 6.68 -591 2.70 G34 0188 000 

- 1000 0 12.7 6 6 -104 40.0 0 -104 39.1 0 G34 0190 000 

- 2400 0 12.7 6 6 -238 80.0 0 -238 79.6 8 G34 0192 000 

-40 22.4 1.5 4.9 -40.5 1 -39.5 2 G31 4421 000 

-50 22.4 1.5 4.1 -51.1 0 -50.1 1 G31 4422 000 

-100 22.4 1.5 2.8 -100. 26 -99.2 7 G31 4423 000 

-150 22.4 1.5 2.3 -149. 51 -148. 52 G31 4424 000 

-500 25.4 5.7 6 -497. 85 -493. 93 G34 0175 000 

-700 25.4 5.8 6 -691. 63 -687. 72 G34 0177 000 

- 1000 25.4 5.8 6 -989. 51 -985. 53 G34 0179 000 

- 2000 25.4 5.9 6 -197 0.35 -196 6.38 G34 0183 000 

- 4000 25.4 6 6 -392 7.49 -392 3.51 G34 0187 000 

- 6000 25.4 6 6 -591 6.68 -591 2.70 G34 0189 000 

- 1000 0 25.4 6 6 -104 40.0 0 -104 39.1 0 G34 0191 000 

- 2400 0 25.4 6 6 -238 80.0 0 -238 79.6 8 G34 0193 000 

363 


Plano-concave lenses, mounted (N-BK7) 

Mo unt 

Focal Lengt h 

(mm) 

Ø opti cs 

(m m) 

Plano-Concave Lenses, Mounted (N-BK7) 


Nanobench n 

Oute r-Ø 

D (mm ) 

Cle ar Ø 

(m m) 

dm 

(m m) 


dr 

(m m) 











s' 588 nm 

(m m) 

f' 546 nm 

(m m) 

Part No. 

n -3 3 16 2.5 0.5 1.66 -3.33 -2.99 G05 2301 000 

n -6 6 16 5 0.5 2.82 -6.33 -5.98 G05 2302 000 

n -10 6 16 5 1 2 - 10.3 6 -9.66 G05 2303 000 

n -8 8 16 7 1 4.09 -8.66 -7.97 G05 2304 000 

n -10 10 16 9 1 4.86 - 10.6 6 -9.96 G05 2305 000 

n -16 10 16 9 1.5 3.1 - 17.3 9 - 16.3 4 G05 2306 000 

n -30 12.7 16 11.5 1.5 2.9 -31 -29.9 G05 2307 000 

n -50 12.7 16 11.5 1.5 2.3 - 51.3 8 -50.2 G05 2308 000 

n -100 12.7 16 11.5 1.5 1.9 - 100. 09 - 98.7 3 G05 2309 000 

n -200 12.7 16 11.5 1.5 1.7 - 200. 15 - 198. 41 G05 2310 000 

n -500 12.7 16 11.5 1.5 1.6 - 504. 88 -502 G05 2311 000 

n -1000 12.7 16 11.5 1.5 1.5 - 1013 .6 - 1009 G05 2312 000 

Í -40 22.4 25 21.4 1.5 4.8 -41.3 - 40.1 6 G06 3070 000 

Í -50 22.4 25 21.4 1.5 4 - 51.3 8 -50.2 G06 3071 000 

Í -100 22.4 25 21.4 1.5 2.7 - 102. 25 - 100. 88 G06 3072 000 

Í -150 22.4 25 21.4 1.5 2.3 - 152. 5 - 150. 99 G06 3073 000 

Í -50 25.4 30 24 1.5 4.8 - 51.3 8 -50.2 G06 3871 000 

Í -100 25.4 30 24 1.5 3.1 - 100. 09 - 98.7 3 G06 3872 000 

Í -200 25.4 30 24 1.5 2.2 - 203. 03 - 201. 3 G06 3873 000 

Í -500 25.4 30 24 1.5 1.8 - 504. 86 -502 G06 3874 000 

Í -1000 25.4 30 24 1.5 1.7 - 1013 .6 - 1009 G06 3875 000 







Diameter 

(mm) 



Ø Tolerance 

(mm) 

3 3x0.063 -0.09 ±0.1 

6-8 3x0.1 -0.09 ±0.1 

10-12.7 3x0.16 -0.12 ±0.1 

22.4-25.4 3x0.25 -0.15 ±0.2 


dm Tolerance 

(mm)

Plano-Concave Lenses, Mounted (Fused Silica) 


Nanobench n 

Diameter 

(mm) 




Ø Tolerance 

(mm) 

6 3x0.063 -0.09 ±0.15 

10-12.7 3x0.1 -0.11 ±0.2 

22.4 3x0.16 -0.13 ±0.2 

25.4 5x0.1 -0.13 ±0.2 


Plano-concave lenses, mounted (fabricated from fused silica) 

Mo unt 


(m m) 

Ø opt ics 

(m m) 

Ou ter- Ø 

D (m m) 

Cle ar Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 

s' 248 nm 

(m m) 

France +33 47 25 20 420 

f' 248 nm 

(m m) 


dm Tolerance 

(mm) 

Part No. 

n -10 6 16 5 1 2 - 10.5 2 -9.85 G05 2313 000 

n -16 10 16 9 1 2.7 - 16.7 4 - 16.0 8 G05 2314 000 

n -20 12.7 16 11.5 4 6 - 22.3 2 - 19.6 6 G05 2315 000 

n -50 12.7 16 11.5 5.3 6 - 53.6 2 -50.1 G05 2316 000 

n -100 12.7 16 11.5 5.6 6 - 102. 27 - 98.5 6 G05 2317 000 

n -200 12.7 16 11.5 5.8 6 - 200. 48 - 196. 64 G05 2318 000 

n -300 12.7 16 11.5 5.9 6 - 298. 12 - 294. 21 G05 2319 000 

n -500 12.7 16 11.5 5.9 6 - 497. 85 - 493. 93 G05 2320 000 

n -700 12.7 16 11.5 5.9 6 - 691. 63 - 687. 72 G05 2321 000 

n - 1000 12.7 16 11.5 6 6 - 989. 51 - 985. 53 G05 2322 000 

n - 1400 12.7 16 11.5 6 6 - 1376 .17 - 1372 .2 G05 2323 000 

n - 2000 12.7 16 11.5 6 6 - 1970 .35 - 1966 .38 G05 2324 000 

n - 3000 12.7 16 11.5 6 6 - 2946 .07 - 2942 .09 G05 2325 000 

n - 4000 12.7 16 11.5 6 6 - 3927 .49 - 3923 .51 G05 2326 000 

n - 6000 12.7 16 11.5 6 6 - 5916 .68 - 5912 .7 G05 2327 000 

n - 1000 0 12.7 16 11.5 6 6 - 1044 0 - 1043 9.1 G05 2328 000 

n - 2400 0 12.7 16 11.5 6 6 - 2388 0 - 2387 9.68 G05 2329 000 

Í -40 22.4 25 21.4 1.5 4.9 - 40.5 1 - 39.5 2 G06 3352 000 

Í -50 22.4 25 21.4 1.5 4.1 -51.1 - 50.1 1 G06 3353 000 

Í -100 22.4 25 21.4 1.5 2.8 - 100. 26 - 99.2 7 G06 3354 000 

Í -150 22.4 25 21.4 1.5 2.3 - 149. 51 - 148. 52 G06 3355 000 

Í -500 25.4 30 24 5.7 6 - 497. 85 - 493. 93 G06 3867 000 

Í -700 25.4 30 24 5.8 6 - 691. 63 - 687. 72 G06 3868 000 

Í - 1000 25.4 30 24 5.8 6 - 989. 51 - 985. 53 G06 3869 000 

Í - 2000 25.4 30 24 5.9 6 - 1970 .35 - 1966 .38 G06 3870 000 

Í - 4000 25.4 30 24 6 6 - 3927 .49 - 3923 .51 G06 3876 000 

Í - 6000 25.4 30 24 6 6 - 5916 .68 - 5912 .7 G06 3877 000 

Í - 1000 0 25.4 30 24 6 6 - 1044 0 - 1043 9.1 G06 3878 000 

Í - 2400 0 25.4 30 24 6 6 - 2388 0 - 2387 9.68 G06 3879 000 

Í In mount fitting directly to Microbench, n In mount fitting directly to Nanobench, please look on page 233 for mount dimensions. 














365 


Symmetric-concave lenses, unmounted (N-BK7) 

Focal Length 

(mm) 

Ø 

(m m) 

dm 

(m m) 

Symmetric-Concave Lenses, Unmounted (N-BK7) 

• Two equal radii of curvature 




Diameter 

(mm) 

dr 

(m m) 


h, h' 

(m m) 



s, s' 588 nm 

(mm) 












Ø Tolerance 

(mm) 

10 3x0.16 -0.12 ±0.15 

12.7 3x0.16 -0.12 ±0.1 

22.4-25.4 3x0.25 -0.15 ±0.2 

40 5x0.25 -0.16 ±0.2 


f' 546 nm 

(mm ) 

dm Tolerance 

(mm) 

Part No. 

-10 10 1 3.5 1.24 -10.48 -10.12 G31 3210 000 

-20 12.7 1.5 3.5 0.98 -20.55 -19.98 G31 3373 000 

-50 12.7 1.5 2.3 0.39 -50.88 -50.2 G31 3374 000 

-100 12.7 1.5 1.9 0.19 -101.3 -100.4 G31 3375 000 

-200 12.7 1.5 1.7 0.1 -203.3 -202 G31 3376 000 

-20 22.4 1.5 7.5 3.27 -20.4 -19.84 G31 3205 000 

-30 22.4 1.5 5.6 2.07 -30.62 -30.02 G31 3206 000 

-40 22.4 1.5 4.5 1.53 -40.75 -40.11 G31 3214 000 

-50 22.4 1.5 3.9 1.21 -50.87 -50.2 G31 3215 000 

-100 22.4 1.5 2.7 0.6 -101.26 -100.4 G31 3216 000 

-150 22.4 1.5 2.3 0.4 -151.39 - 150.34 G31 3217 000 

-30 25.4 1.5 6.9 2.7 -30.4 -29.8 G31 3336 000 

-50 25.4 1.5 4.6 1.56 -50.88 -50.2 G31 3337 000 

-100 25.4 1.5 3.1 0.78 -101.3 -100.4 G31 3338 000 

-200 25.4 1.5 2.3 0.39 -203.3 -202 G31 3339 000 

-50 40 2 9.9 3.97 -50.96 -50.11 G31 3240 000 

-100 40 2 5.9 1.93 -101.34 - 100.31 G31 3241 000 

-200 40 2 3.9 0.95 -203.34 - 201.93 G31 3243 000 

-500 40 2 2.8 0.38 -506.62 - 504.08 G31 3249 000 

High quality 

Qioptiq uses glass from established manufacturers in the production 

of precision optics components. This ensures the consistent high 

quality of our lenses, achromatic lenses and plano-optics.

Symmetric-concave lenses, unmounted (fused silica) 


(m m) 

Ø 

(m m) 

dm 

(m m) 

dr 

(m m) 

h, h' 

(m m) 


s, s' 248 nm 

(m m) 

f' 248 nm 

(m m) 

France +33 47 25 20 420 


Part No. 

-20 22.4 1.5 8.1 3.3 - 20.4 3 - 19.9 4 G31 3330 000 

-30 22.4 1.5 5.7 2.1 - 30.0 2 - 29.5 3 G31 3331 000 

-40 22.4 1.5 4.7 1.6 - 39.9 5 - 39.4 6 G31 3332 000 

-50 22.4 1.5 4.1 1.3 - 49.8 8 - 49.3 8 G31 3333 000 

-100 22.4 1.5 2.7 0.6 - 99.9 9 - 99.4 9 G31 3334 000 

-150 22.4 1.5 2.3 0.4 - 147. 35 - 146. 85 G31 3335 000 

Q-enabled 

Symmetric-Concave Lenses, Unmounted (Fused Silica) 

• Suitable for DUV-applications 



• Centering accuracy 4' 

• Surface quality 3 x 0.16 

• Tole rances: Ø : -0.13 mm, focal length 

f': ±2%, image distance s': ±2% 

Qioptiq is a leading manufacturer of Head-Up Displays for more than 

30 years. 

Together with our defense and commercial business partners in Europe 

we develop and produce outstanding Head-Up Display’s for the civil 

and defense avionics industry. Head-Up Displays are a competitive 

technology to support the pilot’s work during the flight. The Qioptiq 

market segment group “Display Technology” is specialized on customer 

specific development and production of Head-Up Displays including 

sophisticated combiner components. 

Sophisticated self-developed assembly and precise mounting technologies 

as well as special test systems are used for development and production 

of Head-Up Displays. 












367 


Symmetric-concave lenses, mounted (N-BK7) 

Mo unt 

Foca l 

Leng th 

(mm ) 

Ø opt ics 

(m m) 

Out er- Ø 

D (m m) 

Symmetric-Concave Lenses, Mounted (N-BK7) 


Nanobench n 




Diameter 

(mm) 

Cle ar Ø 

(m m) 

dm 

(m m) 



dr 

(m m) 

h, h' 

(m m) 













Ø Tolerance 

(mm) 

10 3x0.16 -0.12 ±0.15 

12.7 3x0.16 -0.12 ±0.1 

22.4-25.4 3x0.25 -0.15 ±0.2 

40 5x0.25 -0.16 ±0.2 


s, s' 588 nm 

(m m) 

f' 546 nm 

(m m) 

dm Tolerance 

(mm) 

Part No. 

n -10 10 16 9 1 3.5 1.24 - 10.4 8 - 10.1 2 G05 2401 000 

n -20 12.7 16 11.5 1.5 3.5 0.98 - 20.5 5 - 19.9 8 G05 2402 000 

n -50 12.7 16 11.5 1.5 2.3 0.39 - 50.8 8 -50.2 G05 2403 000 

n -100 12.7 16 11.5 1.5 1.9 0.19 - 101. 3 - 100. 4 G05 2404 000 

n -200 12.7 16 11.5 1.5 1.7 0.1 - 203. 3 -202 G05 2405 000 

Í -20 22.4 25 21.4 1.5 7.2 3.27 -20.4 - 19.8 4 G06 3058 000 

Í -30 22.4 25 21.4 1.5 5.6 2.07 - 30.6 2 - 30.0 2 G06 3059 000 

Í -40 22.4 25 21.4 1.5 4.5 1.53 - 40.7 5 - 40.1 1 G06 3060 000 

Í -50 22.4 25 21.4 1.5 3.9 1.21 - 50.8 7 -50.2 G06 3061 000 

Í -100 22.4 25 21.4 1.5 2.7 0.6 - 101. 26 - 100. 4 G06 3062 000 

Í -150 22.4 25 21.4 1.5 2.3 0.4 - 151. 39 - 150. 34 G06 3063 000 

Í -30 25.4 30 24 1.5 6.9 2.7 -30.4 -29.8 G06 3891 000 

Í -50 25.4 30 24 1.5 4.6 1.56 - 50.8 8 -50.2 G06 3892 000 

Í -100 25.4 30 24 1.5 3.1 0.78 - 101. 3 - 100. 4 G06 3893 000 

Í -200 25.4 30 24 1.5 2.3 0.39 - 203. 3 -202 G06 3894 000 

Í In mount fitting directly to Microbench, n In mount fitting directly to Nanobench, please look on page 233 for mount dimensions.

Symmetric-concave lenses, mounted (fused silica) 

Mo unt 

Foc al 

Len gth 

(m m) 

Ø opt ics 

(m m) 

Q-enabled 

Ou ter- Ø 

D (m m) 

• Suitable for DUV applications 



France +33 47 25 20 420 


Symmetric-Concave Lenses, Mounted (Fused Silica) 


• Centering accuracy 4' 

• Surface quality 3 x 0.16 

• Tole rances: Ø : ±0.2 mm, focal length f': 

±2%, image distance s': ±2% 

Cle ar Ø 

(m m) 

Qioptiq has been a leading manufacturer of optics for infrared detection 

and imaging systems for decades. Together with our defense business 

partners in Europe we develop and manufacture infrared detection and 

imaging systems for defense applications. 

Infrared detection and imaging systems are a core technology to detect 

and track any kind of thermal targets or to detect threats related with 

any kind of thermal light emission, but has also commercial applications 

like lenses for thermal inspection systems. Qioptiq has many years of experience 

in this field, ranging from the optical and mechanical system design 

up to manufacturing and assembly of highly complex opto-mechanical 

systems. 

Sophisticated self-developed assembly and precise mounting technologies 

as well as special test systems are used for development and production 

of IR imaging systems and seeker head optics. 

dm 

(m m) 

dr 

(m m) 

h, h' 

(m m) 

s, s' 248 nm 

(m m) 

f' 248 nm 

(m m) 

Part No. 

Í -20 22.4 25 21.4 1.5 8.1 3.3 - 20.4 3 - 19.9 4 G06 3344 000 

Í -30 22.4 25 21.4 1.5 5.7 2.1 - 30.0 2 - 29.5 3 G06 3345 000 

Í -40 22.4 25 21.4 1.5 4.7 1.6 - 39.9 5 - 39.4 6 G06 3346 000 

Í -50 22.4 25 21.4 1.5 4.1 1.3 - 49.8 8 - 49.3 8 G06 3347 000 

Í -100 22.4 25 21.4 1.5 2.7 0.6 - 99.9 9 - 99.4 9 G06 3348 000 

Í -150 22.4 25 21.4 1.5 2.3 0.4 - 147. 35 - 146. 85 G06 3349 000 













369 


Plano-convex cylindrical lenses, unmounted (N-BK7) 

Focal Length 

(mm) 

Ø (m m) 

L 

(m m) 


b 

(m m) 

dm 

(m m) 

1.2 1) 10 1.6 1.6 ±0.1 

dm Toler ance 

5 12.5 5 2.4 ±0.2 -0.11 

10 18 9.5 4 ±0.2 -0.11 

40 18 9.5 2.7 ±0.2 1.3 -0.11 

(mm) 

40 60 15 2.7 ±0.2 1.3 

40 130 15 2.7 ±0.2 1.3 

60 60 20 3 ±0.2 1.4 

60 130 20 3 ±0.2 1.4 

80 31.5 30 4 ±0.2 1.2 -0.16 

80 60 30 4 ±0.2 1.2 

80 130 30 4 ±0.2 1.2 

100 60 50 8 ±0.3 1.6 

150 60 50 6 ±0.3 1.9 

200 31.5 5 ±0.3 3.8 -0.16 

200 60 50 5 ±0.3 3.8 

250 60 50 4.5 ±0.3 2.1 

300 60 50 4 ±0.3 2 

1) Rod lens 

Plano-convex cylindrical lenses, unmounted (fused silica) 

Focal Lengt h 

(mm) 

Ø 

(m m) 

L 

(m m) 

Plano-Convex Cylindrical Lenses, Unmounted 


• Tolerances: Focal length f' : ± 5 %, 

Image distance s' : ± 5 % 

A closer look 



in the database of the LINOS WinLens optical 

design software. A freeware version of this program 

is available for download at www.winlens.de. 

b 

(m m) 

dm 

(m m) 

dm Toler ance 

5 12.5 5 2.4 ±0.2 -0.11 

10 18 10 4.7 ±0.2 -0.11 

63 22.4 20 3 ±0.2 -0.11 

(mm) 

41 60 15 2.7 ±0.2 1.3 

63 60 20 3 ±0.2 1.4 

83 60 30 4 ±0.2 1.2 

104 60 30 8 ±0.2 5.8 

156 60 30 6 ±0.2 4.6 

208 60 30 5 ±0.2 3.9 

310 60 30 4 ±0.2 3.3 

104 60 50 8 ±0.2 1.6 

156 60 50 6 ±0.2 1.9 

208 60 50 5 ±0.2 2 

310 60 50 4 ±0.2 2 

dr 

(m m) 

dr 

(m m) 

Ø Toler ance 

(mm) 

Ø Toler ance 

(mm)

Rectangular Type 

h 

(m m) 

L toler ance 

(mm) 

Circular Type 

b Toler ance 

(mm) 

s' 588 nm 

(m m) 


f' 546 nm 

(m m) 









L Length 

b width 


France +33 47 25 20 420 

Part No. 

0.8 -0.09 ±0.20 0.37 1.17 G31 8303 000 

2.4 ±0.20 3.25 4.82 G31 8301 000 

4.0 ±0.20 7.04 9.64 G31 8302 000 

1.4 -0.11 38.53 40.16 G31 8314 000 

1.4 -0.19 -0.11 38.53 40.16 G31 8311 000 

1.4 -0.25 -0.11 38.53 40.16 G31 8312 000 

1.6 -0.19 -0.13 59.65 61.4 G31 8321 000 

1.6 -0.25 -0.13 59.65 61.4 G31 8322 000 

2.8 -0.13 78.38 80.71 G31 8334 000 

2.8 -0.19 -0.13 78.38 80.71 G31 8331 000 

2.8 -0.25 -0.13 78.38 80.71 G31 8332 000 

6.4 -0.19 -0.50 95.99 100.8 8 G31 8351 000 

4.1 -0.19 -0.50 147.5 6 150.9 4 G31 8352 000 

1.2 198.7 6 201.2 8 G31 8335 000 

1.2 -0.19 -0.50 198.7 6 201.2 8 G31 8353 000 

2.4 -0.19 -0.50 247.7 8 249.7 9 G31 8354 000 

2.0 -0.19 -0.50 299.6 9 301.1 6 G31 8355 000 

L toler ance 

(mm) 

b Toler ance 

(mm) 

h toler ance 

(mm) 

s' 588 nm 

(m m) 

f' 546 nm 

(m m) 

Part No. 

±0.10 2.4 3.37 5.43 G31 8806 000 

±0.10 4.7 6.8 10.8 7 G31 8807 000 

-0.13 1.6 61.2 6 69.2 2 G31 8824 000 

-0.19 -0.11 1.4 39.5 8 45.2 8 G31 8813 000 

-0.19 -0.13 1.6 61.2 6 69.2 2 G31 8823 000 

-0.19 -0.13 2.8 80.4 9 90.9 9 G31 8833 000 

-0.19 -0.13 2.2 98.6 1 113. 73 G31 8847 000 

-0.19 -0.13 1.4 151. 52 170. 16 G31 8848 000 

-0.19 -0.13 1.1 204. 06 226. 91 G31 8849 000 

-0.19 -0.13 0.7 307. 65 339. 51 G31 8850 000 

-0.19 -0.16 6.4 98.6 1 113. 73 G31 8856 000 

-0.19 -0.16 4.1 151. 52 170. 16 G31 8857 000 

-0.19 -0.13 3 204. 06 226. 91 G31 8858 000 

-0.19 -0.16 2 307. 65 339. 51 G31 8859 000 


371 


Plano-convex cylindrical lenses, mounted (N-BK7) 

Mo unt 

Foca l Len gth 

(mm ) 

Ø 

(m m) 

L 

(m m) 

b 

(m m) 

Mo unt, out er-Ø D 

(mm ) 


dm 

(m m) 

Í 1.2 1) 10 1.6 25, clear aper ture Ø 1.4 1.6 ±0.1 

Í 5 12.5 5 25, clear aper ture Ø 11.5x 5 2.4 ±0.2 

Í 10 18 9.5 25, clear aper ture Ø 17x9. 5 4 ±0.2 

Í 40 18 15 25, clear aper ture Ø 17x15 2.7 ±0.2 

Í 80 31.5 30 35, clear aper ture Ø 30 4 ±0.2 

Í 200 31.5 35, clear aper ture Ø 30 5 ±0.3 

1) Rod lens 

Plano-convex cylindrical lenses, mounted (fused silica) 

Mo unt 

Focal Lengt h 

(mm) 

Ø 

(m m) 

Plano-Convex Cylindrical Lenses, Mounted 

• Mounts fit to Microbench Í 


• Tolerances: Focal length f' : ± 5 %, 

Image distance s' : ± 5 % 

b 

(m m) 

Moun t, outer- Ø D 

Í 5 12.5 5 25, clear aper ture Ø 11.5x5 2.4 ±0.2 

Í 10 18 10 25, clear aper ture Ø 17x9.5 4.7 ±0.2 

Í 63 22.4 20 25, clear aper ture Ø 21.4x20 3 ±0.2 

(mm) 



dm 

(m m) 

dm Tole ranc e 

(mm ) 

dm Toler ance 

Our lenses are also available with the following standard, economically priced anti-reflective coatings: 






code for the desired coating. For more information please look at the beginning of this chapter respectively 

chapter "Thin Film Coatings." 

(mm)

Rectangular Type 

dr (m m) 

Ø Tole ranc e 

(m m) 

h 

(m m) 

Circular Type 

L tole ran ce 

(m m) 

b Tole ranc e 

(m m) 


s' 588 nm 

(m m) 









L Length 

b width 


f' 546 nm 

(m m) 

France +33 47 25 20 420 


Part No. 

0.8 -0.09 ±0.20 0.37 1.17 G063425000 

-0.11 2.4 ±0.20 3.25 4.82 G063420000 

-0.11 4.0 ±0.20 7.04 9.64 G063421000 

1.3 -0.11 1.4 -0.11 38.5 3 40.1 6 G063422000 

1.2 -0.16 2.8 -0.13 78.3 8 80.7 1 G063426000 

3.8 -0.16 1.2 198. 76 201. 28 G063427000 

Ø Toler ance 

(mm) 

b Toler ance 

(mm) 

h toler ance 

(mm) 

s' 588 nm 

(m m) 

f' 258 nm 

(m m) 

f' 546 nm 

(m m) 

Part No. 

-0.11 ±0.10 2.4 3.37 4.96 5.43 G063358000 

-0.11 ±0.10 4.7 6.8 9.93 10.87 G063359000 

-0.11 -0.13 1.6 61.26 63.26 69.22 G063360000 

Q-enabled 

Qioptiq develops and constructs beam 

control systems for refractive eye surgery as 

well as illumination, measuring and 

imaging units for diagnostic appliances. 

Qioptiq‘ high competence in the field of 

optics contributes significantly to the 

generation of improved retina and cornea 

images. Qioptiq offers solutions for: 

• Retinal Diagnosis 

• Ophthalmic measurements 

• Ophthalmic surgery. 

Our specialists will be pleased to provide 

you with more details. 

373 


Plano-concave cylindrical lenses, unmounted (N-BK7) 

Focal Length 

(mm) 

dm 

(m m) 

dr 

(m m) 

Plano-concave cylindrical lenses, unmounted (N-BK7) 

• Unmounted 


• L = 60 mm 

• b = 50 mm 

Tolerances: 

• dm: ±2.0 mm 

• L: -0.19 mm 

• b: -0.50 mm 

• Focal length f': ± 5 % 

• Image distance s': ± 5 % 


h 

(m m) 

s' 588 nm 

(mm) 









L Length 

b width 


f' 546 nm 

(mm) 

Part No. 

-90 4.5 11.7 7.2 -94.1 -90.8 G31 6301 000 

-145 4 8.2 4.2 - 150.07 -146.9 G31 6302 000 

High quality 

Take advantage of more than 130 years of experience in the manufacture 

of precision optics and precision mechanical components and systems. 

Manufacturing in Germany, Göttingen (about 1910)

Aspheric Collimator Lenses 

Typ e 

Focal 

Length 

(mm) 

Back focal 

length 

(mm) 

NA 

Aspheric Collimator Lenses 

Aspheric lenses provide simple, single- 

element solutions for laser collimation. 

Aspheres can eliminate spherical aberrations 

and improve focusing and collimating 

accuracy. 

Typical applications are fiber coupling, 

laser diodes, optical data storage, and 

barcode scanners. 

Clear 

Aperture 

Ø (mm) 

Center 

Thickness 

(mm) 


AR 

Coating 

(nm) 

Window 

thickness 

(mm) 

France +33 47 25 20 420 

Design 

wavelength 

(nm) 


• Molded glass aspheric lenses 

• Aspheric surface reduces spherical 

aberration 

• Numerical apertures from 0.3 to 0.6 

• Anti-reflective coating 

• Fewer optical components than 

spher ical lens systems 

• Kodak equivalent aspheric lenses 

• RoHS compliant 

AR-coating 350 nm - 600 nm AR-coating 600 nm - 1050 nm 

Part No. 

A11 0 6.24 3.39 0.42 5.00 5.36 600-1050 0.275 780 G31 7001 000 

A23 0 4.51 2.91 0.54 4.95 2.94 600-1050 0.25 780 G31 7002 000 

A24 0 8.00 5.92 0.50 8.00 3.69 600-1050 0.25 780 G31 7003 000 

A39 7 11.00 9.64 0.30 6.59 2.2 600-1050 0.275 670 G31 7004 000 

A67 1 4.02 2.39 0.60 4.85 2.995 350-600 0.25 408 G31 7005 000 

375 


Aspheric condenser lenses, unmounted (crown glass) 

Focal Length 

(mm) 

Ø 

(mm) 

dm 

(mm) 

Aspheric Condenser Lenses 

• Plano-convex lenses with minimal 

spherical aberration 

• Very high aperture ratios 

• Primarily for use in illumination 

systems 

• Fabricated from crown glass 


• Special coatings for Aspheric 

Condenser Lenses are available on 

request. 

dr 

(mm) 

A closer look 

Ø Tolerance 

(mm) 

s' 588 nm 

(mm) 

f' 546 nm 

(mm) 


f focal length (objekt side) 



s object distance (objekt side) 

s' image distance (image side) 




H, H' primary points 



in the database of the LINOS WinLens optical 

design software. A freeware version of this program 

is available for download at www.winlens.de. 

f' 588 nm 

(mm) 

Part No. 

15 18 7.4 2 -0.13 10.7 15.7 15.8 G31 7703 000 

18 22.4 10.2 2.5 -0.13 11.8 18.7 18.8 G31 7704 000 

27 31.5 12.3 1.8 -0.16 19.5 27.8 17.9 G31 7707 000 

40 50 19.4 2.3 -0.3 *) 28.6 41.8 42 G31 7708 000 

*) Uncentered pressed edges

Aspheric condensor lenses, mounted (crown glass) 

Mo unt 

Focal 

Length 

(mm) 

Ø 

(mm ) 

Mount, outer-Ø D 

(mm) 

dm 

(mm) 

dr 

(mm) 


Ø Tolerance 

(mm) 

s' 588 nm 

(mm) 

f' 546 nm 

(mm) 

France +33 47 25 20 420 

f' 588 nm 

(mm) 


Part No. 

Í 15 18 25 mm, clear Ø 17 mm 7.4 2 -0.13 10.7 15.7 15.8 G06 3095 000 

Í 18 22.4 25 mm, clear Ø 21.4 mm 10.2 2.5 -0.13 11.8 18.7 18.8 G06 3097 000 

Í 27 31.5 35 mm, clear Ø 30 mm 12.3 1.8 -0.16 19.5 27.8 17.9 G06 3098 000 


Q-Enabled 

Qioptiq is a world-leading manufacturer for optical systems for X-Ray 

Imaging. These range from numerous standard optics and customized 

lenses up to complete radiology cameras. Angiographic, surgical or lithotripsy 

applications require the highest image quality and a high dynamic 

range. 

These demands are realized via high-aperture and fully motorized units. 

Swing-in filters, automatic stop adjustment, integrated incident light reading 

and modular focus have been design standards at Qioptiq for a long 

time. 

377 


Microlens Arrays, Introduction 

• Microlenses for fiber coupling and 

optical switching 

• Microlenses for collimation of laser 

diodes and VCSELs 

• Microlenses for imaging systems and 

sensors 

• Beam homogenizers for lasers and 

illumination systems 

• Array optics featuring high precision 

• For the best imaging characteristics 

(aspherical lenses) 

• Simplified alignment and assembly 

(planar substrates) 

Specifications of microlenses 

Refractive microlenses are characterized 

by the lens diameter D and the focal 

length ƒ. 

SAG 

lens 

diameter 

radius of 

curvature 

substrate thickness 

Additional parameters are the sag at the 

lens vertex SAG, the refractive index n 1 , 

the radius of curvature ROC, the conic 

constant k and the numerical aperture 

NA. 

Refractive microlenses are the No. 1 

choice for all applications in which 

miniaturization of an optical system and 

reduction of alignment and packaging 

costs play a major role. Microlenses 

typically have a lens diameter of 10 µm 

to 2 mm and are produced in the form of 

arrays (fields) on planar substrates 

(wafers). 

Refractive microlenses are manufactured 

from synthetic fused silica or silicon in a 

cleanroom environment using the highly 

sophisticated processes of the semiconductor 

industry (photolithography, 

plasma etching). These processes allow 

precise production of complex array 

optics and excellent optical quality of the 

microlenses. 

focal length 


object distance image distance

For spherical lens profiles, the conic 

constant k is 0; for parabolic profiles, k = 

-1 and for hyperbolic profiles, 

k = -(n 1 ) 2 . 

High-grade microlenses are usually made 

of synthetic fused silica (refractive index 

n 589nm = 1.458) or silicon (n 1.5µm = 3.478). 

Fused silica microlenses can be used in 

the full wavelength spectra from DUV to 

IR (see transmission curve); silicon 

microlenses are designed for the infrared 

wavelength range (λ: 1.2 µm to 15 µm). 

Fused Silica Microlens Arrays 

Transmission (%) 

100 

80 

60 

40 

20 

0 

2 

Applications 

Typical tasks of microlenses in an optical 

system are collimation and focusing of 

light beams, or imaging an object in a 

focal plane. In optical communication 

engineering, a microlens array is used to 

image the light of a fiber bundle onto an 

array of micromirrors. A second microlens 

array couples the deflected light of the 

individual data channels back into a fiber 

array. The high precision of the lateral 

array dimensions (better than ±0.25 µm) 

allows a very accurate fiber-to-lens 

positioning of many channels in one 

alignment step. The high-class lens 

quality and the exceptional lens-to-lens 

uniformity ensure optimal coupling 

efficiencies for all optical channels in 

parallel. Aspherical lens profiles are used 

to minimize the spherical aberrations for 

different optical configurations (vertical 

incident light). 

Typical transmission of Schott Lithosil Q1 including Fresnel reflection losses (10 mm thickness) 

Transmission (%) 


a) Lens on object side 

b) Lens on image side 

working distance 

France +33 47 25 20 420 



The small pupil diameter of microlenses 

requires careful design of optimal 

systems, taking into consideration 

diffraction effects, light scatter and 

mechanical tolerances. For a detailed 

analysis of your requirements, please 

contact our sales department. 

150 170 190 210 230 250 250 750 1250 1750 2250 2750 3250 3750 


100 

80 

60 

40 

20 

0 

Wavelength (nm) Wavelength (nm) 

379 


Microlens Arrays, Fused Silica, Type FC-Q-100 Square 

Item Title NA ROC 

(mm) 

Microlens Arrays, Fused Silica, Type FC-Q-100 Square 

• Applications: Fiberoptics, lasers, 

sensors 

• Substrate: Fused silica 

• Substrate thickness: 1.2 mm 

• Array type: square 

• Lens spacing (pitch): 100 μm 

• Lateral precision: ± 0.25 μm 

• Lens type: refractive, plano-convex 

• Lens diameter: 95 μm 

• Refractive index: 1.561 at 248 nm, 

1.457 at 633 nm, 1.444 at 1550 nm 

• Microlens arrays with other 

configura tions, array sizes, 

antireflective coating, alignment 

marks and diaphragms, etc., are 

available on request. 

• Array mounts for the LINOS 

Microbench or Nanobench can be 

found at the end of this section. 

Wavelength 

Range 

Conic 

constant 

Working Distance 

(object side) (µm) 


Arraysize 

(mm) 

Part No. 

Microlens array FC-Q- 100 0.19 120 UV-IR 0 240 5x5 G39 9901 000 

Microlens array FC-Q- 100 0.17 140 UV-IR 0 280 10x10 G39 9905 000 

FC-Q-250 Hex, fused silica 


(mm) 

Microlens-Arrays, Fused Silica, Type FC-Q-250 Hex 

• Applications: Fiber optics, lasers, 

sensors 

• Angle of incidence: on-Axis 

• Substrate material: Fused silica 


• Array type: Hexagonal, densely packed 

• Lens spacing (Pitch): 150 μm 


• Lens type: refractive, plano-convex 



1.457 at 633 nm, 1.444 at 1550 nm 



found at the end of this section. 

Wavelength 

Range 

Conic 

constant 

Working 

Distance (object 

side) (µm) 

Arraysize 

(mm) 

Part No. 

Microlens array FC-Q- 250 0.17 350 UV-IR -1 700 5x5 G39 9910 000 

Microlens array FC-Q- 250 0.15 380 UV-IR -1 800 10x10 G39 9915 000

FC-Q-250, 1x48, ROC 330 µm, fused silica 


(mm) 

Microlens Arrays, Fused Silica, for Fiber optics 

• Applications: Fiber optics, lasers, 

sensors 


• Substrate Thickness: 0.9 mm 

• Array type: linear, 1 x 48 lenses 

• Lens spacing (pitch): 250 μm 


• Lens Type: refractive, plano-convex 


• Coating, both sides: 1250 to 1650 nm 


1.457 at 633 nm, 1.444 at 1550 nm 

Conic constant 


Working Distance 

(mm) 

Arraysize (mm) 

France +33 47 25 20 420 


Part No. 

Microlens array FC-Q-250 0.17 330 0 700 14x4 G39 9920 000 

CC-Q-300, fused silica 

High-Power Beam Homogenizers, CC-Q-300 



• Array Type: Crossed cylinder lenses 

• Lens distance (pitch): 300 μm 


• Lens type: refractive, plano-convex, 

cylindrical 

• Lens profile: Paraboloid 

• Far-field: Flat-top 

• Microlens arrays with other configurations, 

array sizes, antireflective 

coating, alignment marks and 

diaphragms, etc., are available on 

request. 

• Please look at section "Optical 

Systems" regarding complete laser 

beam homogenizer systems. 



found at the end of this section 

Item Title NA Divergence (°) ROC (mm) Wavelength Range Conic constant Arraysize (mm) Part No. 

CC-Q-300, 0.5° 0.01 ±0.5° 6.8 DUV-IR -1 5x10 G39 9930 000 

CC-Q-300, 0.5° 0.01 ±0.5° 6.8 DUV-IR -1 10x10 G39 9935 000 

CC-Q-300, 1° 0.02 ±1° 3.6 DUV-IR -1 5x10 G39 9931 000 

CC-Q-300, 1° 0.02 ±1° 3.6 DUV-IR -1 10x10 G39 9936 000 

381 


High-Power Strahl Homogenizers, CC-Q-300/500S 

High-Power Beam Homogenizers, CC-Q-300/500S 


• Divergence angle: ± 0.5°, ± 1° 

• Array Type: Quadratic microlenses 

• Lens distance (pitch): 300 μm, 500 μm 


• Lens type: refractive, plano-convex, 

square 

• Lens profile: Paraboloid 

• Far-field: Flat-top 

• Microlens arrays with other configurations, 

array sizes, antireflective 

coating, alignment marks and 

diaphragms, etc., are available on 

request. 

• Subsequent you find array mounts for 

the LINOS Microbench or Nanobench. 

• Please look at chapter "Optical 

Systems" regarding complete laser 

beam homogenizer systems. 

Item Title Divergence (°) ROC (mm) Wavelength Range Arraysize (mm) Part No. 

CC-Q-300S, 0.5° ±0.5° 8.45 DUV-IR 10x10 G39 9960 000 

CC-Q-300S, 1° ±1° 4 DUV-IR 5x10 G39 9961 000 

CC-Q-300S, 1° ±1° 4 DUV-IR 10x10 G39 9962 000 

CC-Q-500S, 0.5° ±0.5° 14.88 DUV-IR 10x10 G39 9963 000 

CC-Q-500S, 1° ±1° 7.1 DUV-IR 10x10 G39 9964 000 


Microbench Mounts for Square Microlens Arrays 

For all microlens arrays and beam homogenizers 

with dimensions of 5 x 5 mm 

and 10 x 10 mm 

• The microlens array has to be fixed 

with glue 

• For use with LINOS Microbench system 

the lens mount G06 3651 000 (page 233) 

is required. This combined mount fits 

any Microbench mounting plate with 

diameter 25 mm (e. g. G06 1010 000, 

ref. chapter Microbench) 

Mounts for square microlens arrays 

Item Title Part No. 

Array mount 5x5 G06 5220 017 

Array mount 10x10 G06 5220 018 

Nanobench Mounts for Microlens Arrays 

For all microlens arrays and beam 

homo genizers with dimensions of 

5 x 5 mm 5 x 10 mm and 10 x 10 mm 

• The microlens array has to be fixed 

with glue 

Nanobench mounts for microlens arrays 

Item Title A (mm) B (mm) Part No. 

Array mount 5x5 5 5 G05 0460 000 

Array mount 5x10 5 10 G05 0461 000 

Array mount 10x10 10 10 G05 0462 000 


France +33 47 25 20 420 


383 


Varioptic Autofocus Liquid Lens 

Operating mode of liquid lenses 

The liquid lenses developed by VARIOP- 

TIC are based on the phenomenon of 

elec tro-wetting. A water drop lies on a 

metallic substrate, which is covered by a 

thin insulation layer. The voltage applied 

between substrate and water drop varies 

the contact angle between water drop 

and substrate. Liquid lenses from 

VARIOPTIC use two liquids, one of which 

is used as an insulator, while the other 

one is used as conducting layer. Varying 

the applied voltage leads to a change in 

bend of the border layer between both 

liquids. This causes a change in focal 

length of the lens. VARIOPTIC owns two 

fundamental, worldwide patents about 

this technology and is dedicating a large 

part of their development capacity to the 

improvement and expansion of these 

patents. 

Characteristics of liquid lenses: 

• Large range of focal length 

• Robust – no moving components 

• Short reaction time 

• Very good optical quality 

• Good transmission in the range 

of visible wavelengths 

• Large range of operating temperature 

• Very good stability of the optical axis 

• Low power consumption 

• Simple, cost-saving design 

Field of application: 

For future mobiles, PDAs, etc. 

According to the technology used, 

VARIOPTIC’s optically controlled lenses 

are also called liquid lenses. Liquid lenses 

are well-suited for the next generation 

of mobile devices with camera function: 

mobiles, PDAs, digicams and many more. 

The VARIOPTIC-technology offers some 

key benefits for this type of devices: 

• Very small size: 8 mm in diameter, 

thickness of 2 mm 

• Simple design 

• Short reaction time < 2/100 s 

• Low power consumption 

Medical technology 

The big potential of VARIOPTIC with 

refer ence to miniaturisation creates 

many new opportunities in the area of 

imaging. So, liquid lenses are, for 

instance, suitable for installation inside 

endoscopes, confocal microscopes and 

for laser focusing. Oph thalmology will 

also benefit from this new technology of 

liquid lenses. 

Biometry and identification 

The short reaction time of 2/100 s is an 

essential benefit for recognising specific 

features: barcodes or biometric 

character istics like iris or finger prints. 

The manufacturer: 

VARIOPTIC is a leading enterprise in 

development and manufacturing of 

electronically controlled liquid optical 

lenses for the optical industry. VARIOPTIC 

is, for instance, the first enterprise which 

was granted international patents for a 

single-component focusing lens, which is 

based on non-mixable liquids. In order to 

retain and to further develop their 

technological head start, VARIOPTIC 

invests increasingly in research and 

development. 

VARIOPTIC has its headquarter in Lyon, in 

France, and was founded in 2002. 


Arctic 316 

Item Title 

Dimensions 

(mm) 

Pupil diameter 

(mm) 

Arctic 316 

Small, reliable and cost-efficient autofocus 

systems: these are the advantages 

of liquid lenses by Varioptic. The new 

ARCTIC 316 can be integrated easily into 

a high-performance autofocus system. 

The lens allows for high accuracy and 

very short reaction times. Therefore 

simple autofocus strategies can be 

applied to achieve excellent imaging in 

response times of 20 ms. 

Focal Range 

Item Title 


Wave front error (RMS) 

(nm) 

Part No. 

Arctic 316 LL DK PWM G39 9543 000 

Arctic 316 LL DK I2C Supertex G39 9544 000 

France +33 47 25 20 420 

Transmittance 

@587 nm (%) 


Part No. 

Arctic 316 Ø 7.75 x 1.6 2.5 50 mm to infinity < 0.5 > 90 G39 9541 000 

Developer Kit Arctic 316 LL DK 

This kit is intended for integrators and 

application developers willing to develop 

a stand-alone and integrated auto-focus 

solution with the ARCTIC 316 liquid lens. 

It comes with a complete and flexible set 

of components to cover most architectures. 

Developer Kit Arctic 316 LL DK 

A closer look 

The ARCTIC 316 variable focus liquid lens 

has been designed for 1/4" and 1/3" 

optical systems such as barcode readers, 

industrial cameras, medical imaging or 

biometrical applica tions. Its small size, 

large dynamic range and low wave 

front distortion will deliver outstanding 

performance, even in low light conditions. 

It can also fit lager sensor formats, 

depending on f number requirements. 

Content: 

• 5x Arctic 316 

• 5x flex cables 

• 5x DrivBoard 60 LL3 PWM 

• 1x VHD-002 

• 1x VPS-048 

or 

• 5x Arctic 316 

• 5x flex cables 

• 5x DrivBoard Supertex 892 I 2 C 

• 1x VHD-002 

• 1x VPS-048 

Technical datasheets to all Varioptiq liquid lens components to download 

in our Q-shop www.q-shop.com under Docs + Drawings at each 

component. 

385 


Liquid Lens Evaluation Kit 

This kit is designed to allow a quick 

integration of the Liquid Lens ARCTIC 

316 into any application. This is achieved 

by simply placing the lens in front of an 

imaging system and manually driving the 

voltage level through the provided 

power supply, thus manually changing 

the focus. Alternatively, the power 

supply can also be application-driven 

through a specific protocol. 

• The Evaluation Kit contains liquid 

lenses, one lens holder and one power 

supply. 

Liquid Lens Evaluation Kit 

Item Title Lens type Lens Holder Power supply 

(Model) 


Part No. 

Arctic 316 LL EK 5 x Arctic 316 VHD-002 VPS-048 G39 9542 000 

Liquid Lens Driver Boards 

Driver Mini-Board, based on Supertex 

892 or Rogers DrivIC 60 LL3. 

• Complete reference design 

• Available with either PWM or I²C 

control interface 

Liquid Lens Driver Boards 

Item Title 

Part No. 

DrivBoard 60 LL3 PWM G39 9510 000 

DrivBoard 60 LL3 I2C G39 9511 000 

DrivBoard Supertex 892 G39 9536 000

Baltic 617 

Baltic 617 

Item Title Dimensions (mm) Pupil diameter 

(mm) 

The BALTIC 617 variable focus and variable 

tilt liquid lens is designed for both 

Auto Focus (AF) and Optical Image Stabilization 

(OIS) function with absolutely 

no moving parts. OIS mode will allow 

delivering outstanding performance in 

ultra low light conditions, where handshake 

blur usually gives poor quality 

pictures. The lens is ideally suited for 1/4" 

and 1/3" sensor formats, but can also fit 

larger sensor formats depending on f 

number requirements. 

Focal Range 


Wave front error 

(RMS) (nm) 

France +33 47 25 20 420 

Transmittance 

@587 nm (%) 


Part No. 

Baltic 617 Ø 7.75 x 1.75 2.5 50 mm to infinity 50 (aperture size 1.6 mm) 97 G39 9545 000 

Developer Kit Baltic 617 LL DK 

This kit is intended for integrators and 

application developers willing to develop 

a standalone and integrated auto-focus 

and/or variable tilt solution. It comes 

with two lenses ready to use (lens fixed 

on flex cable), plus three extra sets of 

lenses (lens and flex cable not attached). 

The Development board includes a two 

axis gyroscope, quad-output liquid lens 

driver, and microprocessor. Two different 

applications allow either to use the 

system in OIS mode, or to control tilt 

and/or focus independently from Gyroscope 

output - for users wanting to use 

the Baltic lens for specific applications. 

Development board is used with 

standard I2C interface, and also with 

push buttons for focus adjustment and 

to set OIS mode. 

Its variable tilt also allows the use of this 

lens for beam deviation combined with 

focus variation, opening new innovative 

optical applications. 

• Supports Auto Focus and OIS in both 

picture and video modes 

• Specifically designed to compensate 

handshake in the 0.1 ... 10 Hz range 

• Silent 

• Focus range supports from 5 cm to 

infinity 

• Easy to integrate 

• For evaluation of the technology: The 

Variable Focus & Tilt Development Kit 

Content: 

• 2x BALTIC 617 with BALTIC FLEX 

attached 

• 1x BALTIC Devboard 

• Complete set of development 

docu mentation (CD) 

Item Title 

Part No. 

Arctic 617 LL DK G39 9546 000 

387 


Focus-Variable Lenses from Optotune 

The focus-variable lenses from Optotune 

are manufactured from elastic polymers 

and have unique properties: the lens 

shape can be changed from convex to 

concave mechanically or electronically. A 

clear aperture from 1 to is 30 mm is 

possible. 

Both lens types work with the same 

principle: two chambers are separated 

through a thin mem-brane, one chamber 

is filled with a liquid and the other with 

air. The pressure difference between the 

two chambers defines the deflection and 


with that the radius of the lens. 

The pressure difference is being controlled 

by using a thread ring to push a 

ring-shaped actuator down onto the 

chamber. The changes are reversible; 

there is no hysteresis. 

a: lens radius 

w0: central bending (depends on current) 

h: constant zone of the lense material = 1.57 ± 0.1 mm (EL-10-30) 

d: thickness of the cover glass (BK7) = 0.5 mm 

t: overall thickness of the lense = 7.57 mm ± 0.1 mm (EL-10-30) 

red: fixing of the membrane 

yellow: adaptive lens material (Optotune) 

Optical design of the electric focus-variable Lense EL-10-30 

High Quality 

Advantages of focus-variable lenses fromOptotune: 

• Compact design 

• Fast response time 

• Robustness (no complex mechanics) 

• High switching frequency (frictionless)

Advantages 

The variable focal length of these 

innovative spherical lenses enables the 

design of very compact optical systems. A 

change in the radius of curvature of just 

a few micrometers can correspond to an 

axial shift in the centimeter range. The 

typical switching frequency of the 

electronically adjustable lens is of the 

order of about 100 Hz. Fewer lenses will 

be needed for an optical design; an axial 

movement of the components is less 

complex or even unnecessary. No need 

for complex mechanics or motors 

anymore. This means: fewer moving 

components and thus a lighter, more 

rugged, fully closed and dust-free design. 

Field of Application 

These lenses are ideally suited to be used 

both in compact imaging systems and in 

illumination systems, such as LED-based 

systems. 

Compact Zoom Optic 

A change of the radius of curvature of a 

lens has a greater visual effect than is 

common practice with adjusting lenses. 

This enables the development of more 

compact optical systems. This way it is 

possible to save up to 50% of the overall 

length of e.g. an optical 3-times zoom 

lens. 


Fast Autofocus 

France +33 47 25 20 420 


Applications in the Machine Vision field 

often demand very fast focusing onto 

different working distances. This most 

often requires that the radius of one 

single lens is being adjusted – which is 

the ideal application area of the 

focus-variable lens. 

About the Manufacturer 

The Optotune AG is a spin-off of the ETH 

Zurich. It is active in research, development 

and production of adaptive optical 

systems. The core competence is 

processing the used materials, especially 

polymers, and to develop more compact 

optical systems. 

389 


Electrically Focus Variable Lens EL-10-30 

Compact optics and short setting time: 

EL-10-30 allows for that due to its electrically 

tunable focal range. Within 

10 ms, the radius of this plano-convex 

lens can be changed by applying a 

voltage between 0 and 5 V. The lens can 

be operated with commercial power 

supplies allowing for current control. 

Power consumption is less than 2 W. For 

each lens a test chart displaying the 

dependendency between focal length 

and current can be provided. In the 

download area, a DLL is provided for 

embedding the lens in ZEMAX. 

Electrically Focus Variable Lens EL-10-30 

Item Title Focal Range (mm) Part No. 

EL-10-30 VIS HR +15 to +30 G39 9552 000 

EL-10-30 VIS LD +30 to +100 G39 9553 000 

EL-10-30 NIR LD +30 to +100 G39 9554 000 

Manually Focus Variable Lens ML-20-35 

An infinite number of lenses in just one 

lens: ML-20-35 contains elastic polymers 

and thus can change its shape. The radius 

of this spherical lens with an aperture of 

20 mm can be changed manually by 

turning a ring. The focal length can be 

changed from plano-concave via infinity 

(plane) to plano-convex. 

• This lens is very convenient for 

educa tion purposes or prototyping. 

Manually Focus Variable Lens ML-20-35 


• Aperture 10 mm 

• Transmission > 90 % @ 633 nm 

• AR coated for 400-700 nm or 

700- 1100 nm 

• HR: 

nF (486.1 nm) = 1.572 

nD (589.3 nm) = 1.559 

nC (656.3 nm) = 1.554 

• LD: 

nF (486.1 nm) = 1.302 

nD (589.3 nm) = 1.300 

nC (656.3 nm) = 1.299 

• Damage threshold 25 kW/cm² 

(@1064 nm) 

• Aperture 20 mm 

• Transmission > 90 % @ 633 nm 

• AR coated for 400-700 nm or 

700- 1100 nm 

• HR: 

nF (486.1 nm) = 1.572 

nD (589.3 nm) = 1.559 

nC (656.3 nm) = 1.554 

• LD: 

nF (486.1 nm) = 1.302 

nD (589.3 nm) = 1.300 

nC (656.3 nm) = 1.299 

• Abbe number: 31 (HR)and 100 (LD) 

• Damage threshold 25 kW/cm² 

(@1064 nm) 

Item Title Focal Range (mm) Part No. 

ML-20-35-VIS-LD -80 to +80 G39 9555 000 

ML-20-35-NIR-LD -80 to +80 G39 9556 000

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