High Presion Double Convex Lenses and Bi-convex Lenses

Double Convex Lenses, Bi-convex Lenses have two outward curved surfaces, a positive focal length and are useful for 1:1 imaging and in multi-element systems.These lenses are designed to have a focal length of f= (R1*R2)/((n-1)*(R2-R1))

1. Supported by the Zemax Optical Design Package

2. Posistive Focal Length

3. Material upon requirement





High Presion Double Convex Lenses and Bi-convex Lenses


Double Convex Lenses(Bi-convex Lenses) have two outward curved surfaces, a positive focal length and are useful for 1:1 imaging and in multi-element systems.These lenses are designed to have a focal length of f= (R1*R2)/((n-1)*(R2-R1)).

1. Supported by the Zemax Optical Design Package

2. Posistive Focal Length

3. Material upon requirement


WTS offer customize Double Convex Lenses products.


Material:
Optical glass, BK7, Fused Silica, Schott, OHARA, CaF2, Germanium etc.
Dimension Tolerance:
 ±0.1mm(Standard), ±0.01mm(High Precision)
Center Thickness Tolerance:
 ±0.1mm(Standard), ±0.02mm(High Precision)
Paraxial Focal Length:
 ±2%
Surface quality:
 60/40(Standard), 20/10(High Precision)
Clear Aperture:
 >85%
Surface Figure:
 λ/2(Standard), λ/8(High Precision) @633nm
Centration:
 3 arc minutes
Bevel:
 <0.25mm×45°
Coating:
 Upon requirement

 Glass Double-Convex LensesGlass Bi-convex Lenses


Typical Sizes

Item No. Φ(mm) f(mm) R2=R2(mm) Tc(mm) Te(mm) Fb(mm)
Material N-BK7
BICX001 6 15 15.2 2.1 1.5 14.3
BICX002 6 30 30.83 1.79 1.5 29.42
BICX101 12.7 15 14.65 4.89 2 13.27
BICX102 12.7 20 20.04 4.07 2 18.62
BICX103 12.7 25 25.35 3.62 2 23.82
BICX104 12.7 30 30.55 3.33 2 28.89
BICX105 12.7 40 41.02 2.99 2 39.04
BICX106 12.7 50 51.4 2.79 2 49.08
BICX107 12.7 75 77.45 2.52 2 74.24
BICX108 12.7 100 103.28 2.39 2 99.16
BICX201 25.4 25 24.72 9.02 2 22.24
BICX202 25.4 31.7 31.55 7.34 2 29.15
BICX203 25.4 35 35.08 6.76 2 32.66
BICX204 25.4 50 50.93 5.22 2 48.22
BICX205 25.4 75 77.09 4.11 2 73.63
BICX206 25.4 100 103.04 3.57 2 98.73
BICX207 25.4 125 129.12 3.25 2 123.92
BICX208 25.4 150 155.1 3.04 2 149
BICX209 25.4 175 181.13 2.89 2 174.12
BICX210 25.4 200 207 2.78 2 199.07
BICX211 25.4 250 258.9 2.62 2 249.12
BICX212 25.4 300 310.8 2.52 2 299.17
BICX213 25.4 500 518.3 2.31 2 499.21
BICX214 25.4 1000 1037.1 2.16 2 999.32
BICX301 30 50 50.7 6.54 2 47.77
BICX302 30 500 518.3 2.43 2 499.19
BICX303 38 45 44.87 10.44 2 41.46
BICX304 38 50 49.97 10.5 3 46.4
BICX305 38 100 102.57 6.55 3 97.78
BICX306 38 150 154.7 5.34 3 148.23
BICX307 38 200 206.7 4.75 3 198.46
BICX308 38 350 362.4 4 3 348.66
BICX309 38 500 518.1 3.7 3 498.79
BICX310 38 700 725.6 3.5 3 698.84
BICX401 40 63.5 64.42 8.27 1.9 60.7
BICX501 50 100 102.06 9.2 3 96.9
BICX502 50 150 154.27 7.1 3 147.6
BICX503 50 200 206.28 6 3 198
BICX504 50 250 258.22 5.4 3 248.2
BICX505 50 400 413.87 4.5 3 398.5
BICX506 50 450 465.73 4.3 3 448.6
BICX507 50 500 517.58 4.2 3 448.6
BICX508 50 600 621.28 4 3 598.7
BICX509 50 800 828.64 3.8 3 798.7
Material Fused Silica
BICX-FS01 6 15 13.46 2.18 1.5 14.24
BICX-FS02 6 30 27.29 1.83 1.5 29.34
BICX-FS03 12.7 15 12.91 5.34 2 13.05
BICX-FS04 12.7 20 17.7 4.36 2 18.46
BICX-FS05 12.7 25 22.39 3.84 2 23.66
BICX-FS06 12.7 30 27.04 3.51 2 28.77
BICX-FS07 12.7 40 36.31 3.12 2 38.92
BICX-FS08 25.4 25 21.23 10.11 2 21.14
BICX-FS09 25.4 35 30.97 7.45 2 32.33
BICX-FS10 25.4 50 45.08 5.65 2 48.01
BICX-FS11 25.4 75 68.23 4.39 2 73.39
BICX-FS12 25.4 100 91.41 3.77 2 98.69
BICX-FS13 25.4 150 137.5 3.18 2 148.89
BICX-FS14 25.4 200 183.65 2.88 2 199.09
BICX-FS15 25.4 250 229.6 2.7 2 249.06
BICX-FS16 25.4 300 275.6 2.59 2 299.07
BICX-FS17 25.4 500 459.7 2.35 2 499.19
BICX-FS18 25.4 1000 919.8 2.18 2 999.24
BICX-FS19 38 50 44.06 11.61 3 45.81
BICX-FS20 38 100 90.99 7.01 3 97.67
BICX-FS21 38 150 137.09 5.65 3 148.01
BICX-FS22 38 200 183.23 4.98 3 198.27
BICX-FS23 38 350 321.4 4.12 3 348.58
BICX-FS24 38 500 459.5 3.79 3 498.72
BICX-FS25 38 750 689.5 3.52 3 748.73
BICX-FS26 38 1000 919.6 3.39 3 998.82


Double-Convex lenses have the same radius of curvature on both sides of the lens and function similarly to plano-convex lenses by focusing parallel rays of light to a single point. As a guideline, double convex lenses perform with minimum aberration at conjugate ratios between 5:1 and 1:5.



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