Laser Optical Lenses

Laser Optical Lenses

Multi-element lens systems minimize the imaging errors of single lenses and provide precision focusing for non-scanning applications. You have to distinguish between monochromatic and achromatic systems. Monochromatic systems are only corrected for a

Laser Optical Lenses

1. BK7 Plano-Convex Lens

The BK7 plano-convex lenses are available in a variety of laser lines. We can offer laser anti-reflection coatings with different wavelengths including 405nm, 468nm, 532nm, 650nm, 808nm, 980nm, 1064nm, 1319nm, and 1550nm. Designed with high light transmission rate at the specified laser wavelength, our lens is ideally used in Ne-He or Nd:YAG laser systems. With a maximum reflectivity of less than 0.25% per surface at the design wavelength, it is able to achieve superior light transmission through integrating with multiple optical components. We can offer as many as thousands of ready-made radius of curvatures. Custom-design and –fabrication available upon request.

  • Material: BK7
  • Diameter Tolerance: +0/-0.1mm
  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min

In the following tables, we will use the abbreviations: OD means outside diameter, EFL means effective focal length, BFL means back focal length, R1 and R2 means radius, TC means center thickness, TE means edge thickness. All dimensions are in mm. In “Part Number”, XXXX means laser wavelength in nm.

Part No. OD EFL BFL R1 TC TE
STJ-XXXX-L4B-06-010 6 10 8.02 5.16 3.00 2.04
STJ-XXXX-L4B-06-015 6 15 13.02 7.76 3.00 2.40
STJ-XXXX-L4B-06-020 6 20 18.04 10.43 3.00 2.56
STJ-XXXX-L4B-06-025 6 25 23.02 12.90 3.00 2.65
STJ-XXXX-L4B-06-030 6 30 28.02 15.50 3.00 2.71
STJ-XXXX-L4B-06-036 6 36 34.02 18.62 3.00 2.76
STJ-XXXX-L4B-06-048 6 48 46.02 24.82 3.00 2.82
STJ-XXXX-L4B-06-060 6 60 58.02 31.01 3.00 2.85
STJ-XXXX-L4B-10-015 10 15 12.37 7.76 4.00 2.18
STJ-XXXX-L4B-10-020 10 20 17.71 10.43 3.50 2.22
STJ-XXXX-L4B-10-025 10 25 22.69 12.90 3.50 2.49
STJ-XXXX-L4B-10-030 10 30 28.02 15.50 3.00 2.17
STJ-XXXX-L4B-10-040 10 40 38.02 20.70 3.00 2.39
STJ-XXXX-L4B-10-050 10 50 48.35 25.84 2.50 2.01
STJ-XXXX-L4B-10-075 10 75 73.35 38.73 2.50 2.18
STJ-XXXX-L4B-15-020 15 20 16.41 10.43 5.50 2.32
STJ-XXXX-L4B-15-025 15 25 21.70 12.90 5.00 2.60
STJ-XXXX-L4B-15-030 15 30 27.03 15.50 4.50 2.56
STJ-XXXX-L4B-15-040 15 40 37.37 20.70 4.00 2.59
STJ-XXXX-L4B-15-060 15 60 57.70 31.14 3.50 2.58
STJ-XXXX-L4B-20-030 20 30 26.04 15.50 6.00 2.34
STJ-XXXX-L4B-20-040 20 40 36.71 20.70 5.00 2.42
STJ-XXXX-L4B-20-050 20 50 47.03 25.84 4.50 2.49
STJ-XXXX-L4B-20-080 20 80 77.69 41.34 3.50 2.27
STJ-XXXX-L4B-25-030 25 30 24.39 15.50 8.50 2.17
STJ-XXXX-L4B-25-040 25 40 35.72 20.70 6.50 2.30
STJ-XXXX-L4B-25-050 25 50 46.37 25.84 5.50 2.28
STJ-XXXX-L4B-25-070 25 70 67.03 36.14 4.50 2.27
STJ-XXXX-L4B-25-100 25 100 97.36 51.69 4.00 2.47
STJ-XXXX-L4B-25-150 25 150 147.69 77.52 3.50 2.49
STJ-XXXX-L4B-30-040 30 40 34.40 20.70 8.50 2.06
STJ-XXXX-L4B-30-050 30 50 45.39 25.84 7.00 2.20
STJ-XXXX-L4B-30-070 30 70 66.04 36.14 6.00 2.74
STJ-XXXX-L4B-30-100 30 100 96.70 51.69 5.00 2.78
STJ-XXXX-L4B-30-150 30 150 147.36 77.52 4.00 2.53
STJ-XXXX-L4B-30-180 30 180 177.69 93.02 3.50 2.28
STJ-XXXX-L4B-36-050 36 50 43.74 25.84 9.50 2.20
STJ-XXXX-L4B-36-080 36 80 75.38 41.34 7.00 2.88
STJ-XXXX-L4B-36-100 36 100 96.05 51.69 6.00 2.76
STJ-XXXX-L4B-36-120 36 120 116.70 62.00 5.00 2.33
STJ-XXXX-L4B-36-150 36 150 147.03 77.52 4.50 2.38
STJ-XXXX-L4B-36-180 36 180 177.36 93.02 4.00 2.24
STJ-XXXX-L4B-36-220 36 220 217.37 113.83 4.00 2.57
STJ-XXXX-L4B-40-040 40 50 42.42 25.84 11.50 2.02
STJ-XXXX-L4B-40-080 40 80 75.05 41.34 7.50 2.34
STJ-XXXX-L4B-40-100 40 100 95.72 51.69 6.50 2.47
STJ-XXXX-L4B-40-120 40 120 116.04 62.00 6.00 2.69
STJ-XXXX-L4B-40-150 40 150 146.70 77.52 5.00 2.38
STJ-XXXX-L4B-40-180 40 180 177.03 93.02 4.50 2.32
STJ-XXXX-L4B-40-220 40 220 217.37 113.83 4.00 2.23
STJ-XXXX-L4B-42-060 42 60 52.78 31.14 11.00 2.85
STJ-XXXX-L4B-42-080 42 80 74.40 41.34 8.50 2.77
STJ-XXXX-L4B-42-100 42 100 95.39 51.69 7.00 2.54
STJ-XXXX-L4B-42-120 42 120 116.04 62.00 6.00 2.34
STJ-XXXX-L4B-42-180 42 180 175.65 77.52 5.50 2.60
STJ-XXXX-L4B-42-220 42 220 215.97 93.02 5.00 2.60
STJ-XXXX-L4B-42-300 42 300 295.96 113.83 4.50 2.55
STJ-XXXX-L4B-50-075 50 75 67.41 38.73 11.50 2.35
STJ-XXXX-L4B-50-100 50 100 94.07 51.69 9.00 2.55
STJ-XXXX-L4B-50-125 50 125 120.06 64.60 7.50 2.47
STJ-XXXX-L4B-50-150 50 150 145.39 77.52 7.00 2.86
STJ-XXXX-L4B-50-175 50 175 171.04 90.44 6.00 2.48
STJ-XXXX-L4B-50-220 50 220 216.38 113.83 5.50 2.72
STJ-XXXX-L4B-50-300 50 300 297.03 155.04 4.50 2.47
STJ-XXXX-L4B-50-400 50 400 397.36 206.67 4.00 2.48

2. Fused Silica Plano-Convex Lens

Our plano-convex lenses are made from UV-grade fused silica, giving outstanding thermal properties, exceptional purity, and excellent environmental durability. We offer anti-reflection coatings with different wavelengths such as 405nm, 468nm, 532nm, 650nm, 808nm, 980nm, 1064nm, 1319nm, 1550nm, and more. It is especially suitable the use in He-Ne, Diode, and Nd:YAG laser systems due to its design of maximum light transmission at the specified laser wavelength. Through combining multiple optical parts, our lens with a maximum reflectivity of less than 0.25% per surface will give superior light transmission. Like our other products, we can supply as many as thousands of ready-made radius of curvatures.

  • Material: UV Grade Fused Silica
  • Diameter Tolerance: +0/-0.1mm
  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min
Part No. OD EFL BFL R1 TC TE
STJ-XXXX-L4J-06-010 6 10 7.62 4.61 3.50 2.39
STJ-XXXX-L4J-06-015 6 15 12.94 6.86 3.00 2.31
STJ-XXXX-L4J-06-020 6 20 17.95 9.19 3.00 2.50
STJ-XXXX-L4J-06-025 6 25 22.95 11.48 3.00 2.60
STJ-XXXX-L4J-06-030 6 30 27.94 13.76 3.00 2.67
STJ-XXXX-L4J-06-036 6 36 33.95 16.52 3.00 2.73
STJ-XXXX-L4J-06-048 6 48 45.95 22.03 3.00 2.79
STJ-XXXX-L4J-06-060 6 60 58.29 27.54 2.50 2.34
STJ-XXXX-L4J-10-015 10 15 11.91 6.86 4.50 2.34
STJ-XXXX-L4J-10-020 10 20 17.26 9.19 4.00 2.52
STJ-XXXX-L4J-10-025 10 25 22.60 11.48 3.50 2.35
STJ-XXXX-L4J-10-030 10 30 27.61 13.76 3.50 2.56
STJ-XXXX-L4J-10-040 10 40 37.94 18.33 3.00 2.31
STJ-XXXX-L4J-10-050 10 50 47.95 22.98 3.00 2.45
STJ-XXXX-L4J-10-075 10 75 72.94 34.36 3.00 2.63
STJ-XXXX-L4J-15-020 15 20 15.55 9.19 6.50 2.62
STJ-XXXX-L4J-15-025 15 25 21.23 11.48 5.50 2.71
STJ-XXXX-L4J-15-030 15 30 26.57 13.76 5.00 2.78
STJ-XXXX-L4J-15-040 15 40 37.26 18.33 4.00 2.40
STJ-XXXX-L4J-15-060 15 60 57.60 27.54 3.50 2.46
STJ-XXXX-L4J-20-030 20 30 25.20 13.76 7.00 2.69
STJ-XXXX-L4J-20-035 20 35 30.89 16.05 6.00 2.50
STJ-XXXX-L4J-20-040 20 40 36.23 18.33 5.50 2.53
STJ-XXXX-L4J-20-050 20 50 46.58 22.98 5.00 2.71
STJ-XXXX-L4J-20-080 20 80 77.25 36.64 4.00 2.61
STJ-XXXX-L4J-25-030 25 30 22.80 13.76 10.50 2.49
STJ-XXXX-L4J-25-040 25 40 34.86 18.33 7.50 2.58
STJ-XXXX-L4J-25-050 25 50 45.90 22.98 6.00 2.31
STJ-XXXX-L4J-25-070 25 70 66.58 32.14 5.00 2.47
STJ-XXXX-L4J-25-100 25 100 96.92 45.85 4.50 2.76
STJ-XXXX-L4J-25-150 25 150 147.61 68.80 3.50 2.35
STJ-XXXX-L4J-30-040 30 40 33.14 18.33 10.00 2.21
STJ-XXXX-L4J-30-050 30 50 44.53 22.98 8.00 2.43
STJ-XXXX-L4J-30-070 30 70 65.89 32.14 6.00 2.28
STJ-XXXX-L4J-30-100 30 100 96.57 45.85 5.00 2.48
STJ-XXXX-L4J-30-150 30 150 147.26 68.80 4.00 2.34
STJ-XXXX-L4J-30-180 30 180 177.26 82.53 4.00 2.63
STJ-XXXX-L4J-36-050 36 50 42.48 22.98 11.00 2.30
STJ-XXXX-L4J-36-080 36 80 74.99 36.64 7.30 2.57
STJ-XXXX-L4J-36-100 36 100 95.89 45.85 6.00 2.32
STJ-XXXX-L4J-36-120 36 120 116.23 55.00 5.50 2.47
STJ-XXXX-L4J-36-150 36 150 146.57 68.80 5.00 2.60
STJ-XXXX-L4J-36-180 36 180 176.92 82.53 4.50 2.51
STJ-XXXX-L4J-36-220 36 220 217.26 100.89 4.00 2.38
STJ-XXXX-L4J-40-050 40 50 40.42 22.98 14.00 2.33
STJ-XXXX-L4J-40-080 40 80 74.17 36.64 8.50 2.56
STJ-XXXX-L4J-40-100 40 100 95.21 45.85 7.00 2.41
STJ-XXXX-L4J-40-120 40 120 115.89 55.00 6.00 2.23
STJ-XXXX-L4J-40-150 40 150 146.23 68.80 5.50 2.53
STJ-XXXX-L4J-40-180 40 180 176.57 82.53 5.00 2.54
STJ-XXXX-L4J-40-220 40 220 216.92 100.89 4.50 2.50
STJ-XXXX-L4J-42-080 42 80 73.82 36.64 9.00 2.38
STJ-XXXX-L4J-42-100 42 100 94.79 45.85 7.60 2.51
STJ-XXXX-L4J-42-120 42 120 115.20 55.00 7.00 2.83
STJ-XXXX-L4J-42-150 42 150 145.89 68.80 6.00 2.72
STJ-XXXX-L4J-42-180 42 180 176.57 82.53 5.00 2.28
STJ-XXXX-L4J-42-220 42 220 216.85 100.89 4.60 2.39
STJ-XXXX-L4J-42-300 42 300 297.26 137.72 4.00 2.39
STJ-XXXX-L4J-50-125 50 125 119.17 57.31 8.50 2.76
STJ-XXXX-L4J-50-150 50 150 145.20 68.80 7.00 2.30
STJ-XXXX-L4J-50-175 50 175 170.54 80.25 6.50 2.51
STJ-XXXX-L4J-50-220 50 220 215.89 100.89 6.00 2.85
STJ-XXXX-L4J-50-300 50 300 296.58 137.72 5.00 2.71
STJ-XXXX-L4J-50-400 50 400 397.26 183.68 4.00 2.29

3. BK7 Double Convex Lens

The BK7 double-convex lens can be used in many aspects such as laser and imaging. It has two outwardly curved surfaces with equal curvature and a positive focal length, suitable for 1:1 imaging and multi elements systems. Thousands of ready-made radiuses of curvature models are available for selection.

Material: BK7

Diameter Tolerance: +0/-0.1mm

  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min
Part No. OD EFL BFL R1=R2 TC TE
STJ-XXXX-L2B-06-012 6 12 11.22 12.00 2.30 1.54
STJ-XXXX-L2B-06-018 6 18 17.19 18.19 2.40 1.90
STJ-XXXX-L2B-06-024 6 24 23.20 24.39 2.40 2.03
STJ-XXXX-L2B-06-030 6 30 29.16 30.58 2.50 2.20
STJ-XXXX-L2B-06-036 6 36 35.30 36.85 2.10 1.86
STJ-XXXX-L2B-10-015 10 15 13.62 14.79 4.00 2.26
STJ-XXXX-L2B-10-020 10 20 18.81 20.06 3.50 2.23
STJ-XXXX-L2B-10-030 10 30 28.82 30.40 3.50 2.67
STJ-XXXX-L2B-10-040 10 40 39.20 40.93 2.40 1.79
STJ-XXXX-L2B-10-050 10 50 49.10 51.22 2.70 2.21
STJ-XXXX-L2B-10-080 10 80 78.97 82.16 3.10 2.80
STJ-XXXX-L2B-15-025 15 25 23.50 25.07 4.40 2.10
STJ-XXXX-L2B-15-030 15 30 28.65 30.31 4.00 2.11
STJ-XXXX-L2B-15-040 15 40 38.78 40.71 3.65 2.26
STJ-XXXX-L2B-15-060 15 60 58.90 61.45 3.30 2.38
STJ-XXXX-L2B-15-080 15 80 78.97 82.16 3.10 2.41
STJ-XXXX-L2B-15-100 15 100 98.92 102.80 3.25 2.70
STJ-XXXX-L2B-20-030 20 30 28.16 30.06 5.40 1.98
STJ-XXXX-L2B-20-040 20 40 38.49 40.56 4.50 2.00
STJ-XXXX-L2B-20-055 20 55 53.93 56.30 3.20 1.41
STJ-XXXX-L2B-20-070 20 70 68.64 71.65 4.10 2.70
STJ-XXXX-L2B-20-080 20 80 78.97 82.16 3.10 1.88
STJ-XXXX-L2B-20-100 20 100 98.92 102.80 3.25 2.27
STJ-XXXX-L2B-30-040 30 40 37.39 40.00 7.65 1.81
STJ-XXXX-L2B-30-055 30 55 52.92 55.77 6.20 2.09
STJ-XXXX-L2B-30-070 30 70 67.94 71.29 6.15 2.96
STJ-XXXX-L2B-30-080 30 80 78.01 81.66 5.95 3.17
STJ-XXXX-L2B-30-100 30 100 98.47 102.57 4.60 2.39
STJ-XXXX-L2B-30-120 30 120 118.37 123.19 4.90 3.07
STJ-XXXX-L2B-40-060 40 60 57.13 60.53 8.50 1.70
STJ-XXXX-L2B-40-080 40 80 77.52 81.41 7.40 2.41
STJ-XXXX-L2B-40-100 40 100 97.55 102.09 7.35 3.39
STJ-XXXX-L2B-40-150 40 150 148.31 154.17 5.10 2.49
STJ-XXXX-L2B-40-200 40 200 198.30 205.84 5.15 3.20
STJ-XXXX-L2B-40-300 40 300 298.33 309.22 5.05 3.76
STJ-XXXX-L2B-50-080 50 80 76.20 80.72 11.25 3.31
STJ-XXXX-L2B-50-120 50 120 117.48 122.73 7.55 2.40
STJ-XXXX-L2B-50-180 50 180 178.36 185.20 4.95 1.56
STJ-XXXX-L2B-50-250 50 250 248.18 257.46 5.50 3.07
STJ-XXXX-L2B-50-300 50 300 298.33 309.22 5.05 3.03

4. Fused Silica Double Convex Lens

Exquisitely manufactured from UV-grade synthetic fused silica, this fused double convex lens comes with outstanding thermal properties, exceptional purity, and excellent environmental durability. Also, it exhibits outstanding transmission property over the ultraviolet waveband, suitable for laser and imaging system.

  • Material: UV Grade Fused Silica
  • Diameter Tolerance: +0/-0.1mm
  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min
Part No. OD EFL BFL R1=R2 TC TE
STJ-XXXX-L2J-06-011 6 12 10.96 10.53 2.90 2.03
STJ-XXXX-L2J-06-018 6 18 17.01 16.05 2.80 2.23
STJ-XXXX-L2J-06-024 6 24 23.14 21.61 2.45 2.03
STJ-XXXX-L2J-06-030 6 30 29.29 27.18 2.05 1.72
STJ-XXXX-L2J-10-015 10 15 13.71 13.16 3.60 1.63
STJ-XXXX-L2J-10-020 10 20 18.61 17.70 3.90 2.46
STJ-XXXX-L2J-10-030 10 30 28.90 27.00 3.15 2.22
STJ-XXXX-L2J-10-040 10 40 39.05 36.23 2.75 2.06
STJ-XXXX-L2J-12-020 12 20 18.48 17.64 4.27 2.17
STJ-XXXX-L2J-12-025 12 25 23.61 22.28 3.95 2.30
STJ-XXXX-L2J-12-030 12 30 28.90 27.00 3.15 1.80
STJ-XXXX-L2J-12-040 12 40 39.03 36.23 2.80 1.80
STJ-XXXX-L2J-15-020 15 20 18.09 17.46 5.30 1.91
STJ-XXXX-L2J-15-025 15 25 23.33 22.16 4.70 2.08
STJ-XXXX-L2J-15-030 15 30 28.56 26.84 4.10 1.96
STJ-XXXX-L2J-15-040 15 40 38.75 36.10 3.60 2.02
STJ-XXXX-L2J-15-050 15 50 48.89 45.33 3.20 1.95
STJ-XXXX-L2J-20-025 20 25 22.22 21.65 7.65 2.75
STJ-XXXX-L2J-20-030 20 30 27.74 26.47 6.35 2.43
STJ-XXXX-L2J-20-035 20 35 33.15 31.24 5.25 1.96
STJ-XXXX-L2J-20-040 20 40 38.12 35.81 5.35 2.50
STJ-XXXX-L2J-20-050 20 50 48.57 45.19 4.10 1.86
STJ-XXXX-L2J-20-075 20 75 73.84 68.23 3.35 1.88
STJ-XXXX-L2J-25-040 25 40 37.63 35.59 6.70 2.16
STJ-XXXX-L2J-25-050 25 50 48.11 44.98 5.40 1.86
STJ-XXXX-L2J-25-060 25 60 58.24 54.20 5.05 2.13
STJ-XXXX-L2J-25-075 25 75 73.49 68.07 4.35 2.03
STJ-XXXX-L2J-25-080 25 80 78.56 72.69 4.15 1.98
STJ-XXXX-L2J-25-100 25 100 98.58 91.03 4.10 2.38
STJ-XXXX-L2J-25-120 25 120 118.66 109.40 3.90 2.47
STJ-XXXX-L2J-25-150 25 150 149.07 137.09 2.70 1.56
STJ-XXXX-L2J-254-040 25.4 40 37.73 35.63 6.42 1.74
STJ-XXXX-L2J-254-050 25.4 50 48.12 44.98 5.37 1.71
STJ-XXXX-L2J-254-060 25.4 60 58.24 54.20 5.05 2.03
STJ-XXXX-L2J-254-075 25.4 75 73.50 68.07 4.35 1.95
STJ-XXXX-L2J-254-080 25.4 80 78.40 72.61 4.63 2.39
STJ-XXXX-L2J-254-100 25.4 100 98.58 91.03 4.10 2.32
STJ-XXXX-L2J-254-120 25.4 120 118.66 109.40 3.90 2.42
STJ-XXXX-L2J-254-150 25.4 150 149.07 137.09 2.70 1.52

5. BK7 Plano-Concave Lenses

Our BK7 plano-concave lens has one plane, one inward curved surface, and a negative focal length which has an important role to play in image shrinking and light dispersion.

  • Material: BK7
  • Diameter Tolerance: +0/-0.1mm
  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min
Part No. OD EFL BFL R1 TC TE
STJ-XXXX-L3B-06-012 6 -12 -12.99 -6.20 1.50 2.27
STJ-XXXX-L3B-06-018 6 -18 -19.32 -9.30 2.00 2.50
STJ-XXXX-L3B-06-024 6 -24 -25.19 -12.40 1.80 2.17
STJ-XXXX-L3B-06-030 6 -30 -31.32 -15.50 2.00 2.29
STJ-XXXX-L3B-06-040 6 -40 -41.25 -20.67 1.90 2.12
STJ-XXXX-L3B-10-016 10 -16 -17.05 -8.27 1.60 3.28
STJ-XXXX-L3B-10-020 10 -20 -20.99 -10.34 1.50 2.79
STJ-XXXX-L3B-10-030 10 -30 -31.05 -15.50 1.60 2.43
STJ-XXXX-L3B-10-035 10 -35 -36.19 -18.09 1.80 2.50
STJ-XXXX-L3B-10-040 10 -40 -41.32 -20.67 2.00 2.61
STJ-XXXX-L3B-15-020 15 -20 -20.99 -10.34 1.50 4.72
STJ-XXXX-L3B-15-035 15 -35 -36.19 -18.09 1.80 3.43
STJ-XXXX-L3B-15-040 15 -40 -40.99 -20.67 1.50 2.91
STJ-XXXX-L3B-15-050 15 -50 -51.32 -25.84 2.00 3.11
STJ-XXXX-L3B-15-060 15 -60 -61.32 -31.01 2.00 2.92
STJ-XXXX-L3B-15-15480 15 -15480 -15482.64 -8000.06 4.00 4.00
STJ-XXXX-L3B-20-030 20 -30 -31.05 -15.50 1.60 5.26
STJ-XXXX-L3B-20-040 20 -40 -40.99 -20.67 1.50 4.08
STJ-XXXX-L3B-20-050 20 -50 -51.05 -25.84 1.60 3.61
STJ-XXXX-L3B-20-080 20 -80 -81.32 -41.34 2.00 3.23
STJ-XXXX-L3B-20-100 20 -100 -101.45 -51.68 2.20 3.18
STJ-XXXX-L3B-20-3870 20 -3870 -3872.64 -2000.02 4.00 4.02
STJ-XXXX-L3B-20-7740 20 -7740 -7742.64 -4000.03 4.00 4.01
STJ-XXXX-L3B-20-19350 20 -19350 -19353.30 -10000.08 5.00 5.00
STJ-XXXX-L3B-25-040 25 -40 -40.99 -20.67 1.50 5.71
STJ-XXXX-L3B-25-050 25 -50 -50.99 -25.84 1.50 4.72
STJ-XXXX-L3B-25-060 25 -60 -61.05 -31.01 1.60 4.23
STJ-XXXX-L3B-25-080 25 -80 -81.45 -41.34 2.20 4.13
STJ-XXXX-L3B-25-100 25 -100 -101.71 -51.68 2.60 4.13
STJ-XXXX-L3B-40-060 40 -60 -60.99 -31.01 1.50 8.81
STJ-XXXX-L3B-40-080 40 -80 -81.05 -41.34 1.60 6.76
STJ-XXXX-L3B-40-100 40 -100 -101.19 -51.68 1.80 5.83

6. Fused Silica Plano-Concave Lens

This plano-concave lens is exquisitely made with UV-grade synthetic fused silica. It features outstanding thermal properties, exceptional purity, as well as excellent environmental durability for rigorous applications.

  • Material: UV Grade Fused Silica
  • Diameter Tolerance: +0/-0.1mm
  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min
Part No. OD EFL BFL R1 TC TE
STJ-XXXX-L3J-06-012 6 -12 -13.10 -5.50 1.60 2.49
STJ-XXXX-L3J-06-018 6 -18 -19.37 -8.25 2.00 2.56
STJ-XXXX-L3J-06-024 6 -24 -25.37 -11.00 2.00 2.42
STJ-XXXX-L3J-06-035 6 -35 -36.51 -16.04 2.20 2.48
STJ-XXXX-L3J-10-018 10 -18 -19.37 -8.25 2.00 3.69
STJ-XXXX-L3J-10-024 10 -24 -25.37 -11.00 2.00 3.20
STJ-XXXX-L3J-10-030 10 -30 -31.37 -13.75 2.00 2.94
STJ-XXXX-L3J-10-040 10 -40 -41.51 -18.34 2.20 2.89
STJ-XXXX-L3J-127-020 12.7 -20 -21.10 -9.17 1.60 4.16
STJ-XXXX-L3J-127-024 12.7 -24 -25.37 -11.00 2.00 4.02
STJ-XXXX-L3J-127-030 12.7 -30 -31.65 -13.75 2.40 3.95
STJ-XXXX-L3J-127-040 12.7 -40 -41.71 -18.34 2.50 3.63
STJ-XXXX-L3J-127-050 12.7 -50 -52.06 -22.92 3.00 3.90
STJ-XXXX-L3J-20-030 20 -30 -31.10 -13.75 1.60 5.91
STJ-XXXX-L3J-20-040 20 -40 -41.10 -18.34 1.60 4.57
STJ-XXXX-L3J-20-050 20 -50 -51.37 -22.92 2.00 4.30
STJ-XXXX-L3J-20-075 20 -75 -76.78 -34.38 2.60 4.09
STJ-XXXX-L3J-20-100 20 -100 -102.06 -45.84 3.00 4.10
STJ-XXXX-L3J-20-4363 20 -4363 -4366.43 -2000.00 5.00 5.03
STJ-XXXX-L3J-254-035 25.4 -35 -36.03 -16.04 1.50 7.74
STJ-XXXX-L3J-254-040 25.4 -40 -41.10 -18.34 1.60 6.71
STJ-XXXX-L3J-254-050 25.4 -50 -51.23 -22.92 1.80 5.64
STJ-XXXX-L3J-254-075 25.4 -75 -76.23 -34.38 1.80 4.23
STJ-XXXX-L3J-254-100 25.4 -100 -101.71 -45.84 2.50 4.29
STJ-XXXX-L3J-508-100 50.8 -100 -101.23 -45.84 1.80 9.48
STJ-XXXX-L3J-508-150 50.8 -150 -151.10 -68.76 1.60 6.46
STJ-XXXX-L3J-508-250 50.8 -250 -251.37 -114.60 2.00 4.85

7. BK7 Double Concave Lenses

Our BK7 double-concave lens has two inwardly curved surfaces and a negative focal length. It is commonly designed for image shrinking and light dispersion. There are thousands of ready-made radiuses of curvature model in our company. Also, we can supply the custom-made products.

Material: BK7

  • Diameter Tolerance: +0/-0.1mm
  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min
Part No. OD EFL BFL R1=R2 TC TE
STJ-XXXX-L1B-06-012 6 -12 -12.87 -12.85 2.72 3.43
STJ-XXXX-L1B-06-018 6 -18 -18.76 -19.00 2.37 2.85
STJ-XXXX-L1B-06-024 6 -24 -24.72 -25.18 2.22 2.58
STJ-XXXX-L1B-12-018 12 -18 -18.76 -19.00 2.37 4.31
STJ-XXXX-L1B-12-024 12 -24 -24.72 -25.18 2.22 3.67
STJ-XXXX-L1B-12-030 12 -30 -30.56 -31.30 1.72 2.88
STJ-XXXX-L1B-20-030 20 -30 -30.56 -31.30 1.72 5.00
STJ-XXXX-L1B-20-040 20 -40 -40.49 -41.60 1.50 3.94
STJ-XXXX-L1B-20-060 20 -60 -60.69 -62.37 2.10 3.71
STJ-XXXX-L1B-25-040 25 -40 -40.49 -41.60 1.50 5.35
STJ-XXXX-L1B-25-060 25 -60 -60.69 -62.37 2.10 4.63
STJ-XXXX-L1B-25-080 25 -80 -80.70 -83.05 2.14 4.03
STJ-XXXX-L1B-40-050 40 -50 -50.65 -52.02 2.00 10.00
STJ-XXXX-L1B-40-070 40 -70 -70.83 -72.78 2.53 8.13
STJ-XXXX-L1B-50-100 50 -100 -100.82 -103.79 2.51 8.62
STJ-XXXX-L1B-50-200 50 -200 -200.83 -207.15 2.52 5.55

8. Fused Silica Double Concave Lens

This double concave lens is exquisitely made with UV-grade synthetic fused silica. It is characterized by high thermal properties, exceptional purity, and excellent environmental durability for demanding applications. There are thousands of ready-made radiuses of curvature model in our company. Like other products, our company is able to manufacture new models as per customers' requirements.

  • Material: UV Grade Fused Silica
  • Diameter Tolerance: +0/-0.1mm
  • Thickness Tolerance: ±0.2mm
  • Flatness: λ/4 @632.8nm
  • Clear Aperture: 90%
  • Focal Length Tolerance: +/-1%
  • Surface Quality: 40-20
  • Bevel:<0.25mm x 45 º
  • Design Wavelength: 587.6nm
  • Centration: 3 arc min
Part No. OD EFL BFL R1=R2 TC TE
STJ-XXXX-L1J-06-012 6 -12 -12.64 -11.30 1.92 2.73
STJ-XXXX-L1J-06-030 6 -30 -30.64 -27.80 1.90 2.22
STJ-XXXX-L1J-10-020 10 -20 -20.62 -18.62 1.83 3.20
STJ-XXXX-L1J-10-030 10 -30 -30.64 -27.80 1.90 2.81
STJ-XXXX-L1J-127-025 12.7 -25 -25.55 -23.17 1.61 3.38
STJ-XXXX-L1J-127-035 12.7 -35 -35.64 -32.38 1.87 3.13
STJ-XXXX-L1J-20-040 20 -40 -40.68 -36.98 2.00 4.76
STJ-XXXX-L1J-20-050 20 -50 -50.58 -46.11 1.71 3.90
STJ-XXXX-L1J-254-045 25.4 -45 -45.71 -41.58 2.08 6.05
STJ-XXXX-L1J-254-060 25.4 -60 -60.68 -55.32 2.00 4.96

9. BK7 Plano-Convex Cylindrical Lens

When compared with spherical lens, cylindrical lens has smaller spherical aberration and smaller chromatic aberration. Cylindrical lens features unidimensional magnification and could be pided into plano-convex cylindrical lens, plano-concave cylindrical lens, double convex cylindrical lens and double concave cylindrical lens.

  • Material: BK7 /FS(Fused Silica)
  • Front focal Length Tolerance: ± 2%
  • Center thickness tolerance: 3 arc min
  • Diameter Tolerance: ±0.2mm
  • Clear Aperture: > 80%
  • Surface flatness: x- λ/2 ; y– 2 λ
  • Surface Quality: 40-20
  • Chamfer: 0.2mm x 45º
  • Laser V-Coat

Application: BK7 plano-convex cylindrical lens could be installed on perse devices, such as laser modules, perse testing and detecting instruments, military instruments, slow axis collimation lens for semiconductor laser bar, laser rangefinder, laser scanner, laser instruments for medical field and etc.

Diameter (mm) Effective focal length (mm) Wavelength (nm)
Ø6 45 1064
Ø36 200 980
Ø36 400 980
25.4X25.4 250 980
50X30 60 980

Custom-design and –fabrication available upon request.

10. Coating Film

The common laser wavelengths include 266nm, 355nm, 405nm, 468nm, 532nm, 650nm, 808nm, 980nm, 1064nm, 1319nm, 1550nm, 10.6um and so forth. All laser coatings of optical windows, mirrors, and lenses make use of dielectric coatings for optimization of transmission and reflection performance at the designated laser wavelength, thus enhancing the damage threshold of laser. They are ideal for various kinds of laser systems. In addition, we also can supply the design of coating according to the requirements of our customers.

When you order a lens from above lists, please define a laser wavelength (XXXX in the part number) according to your applications. Also please refer to the following descriptions and click the hyperlinks for more information on transmissions/reflectance at the given laser wavelengths.

1). 0º AOI AR Coating Single Laser Line

  • Design Wavelength: AR@266nm,AR@355nm, AR@405nm, AR@468nm, AR@532nm, AR@650nm, AR@808nm, AR@980nm, AR@1064nm, AR@1319nm, AR@1550nm, AR@2100nm; Reflectance: R<0.02%

2). 0º AOI AR Coating Dual Laser Line

  • Design Wavelength:AR@532nm & 1064nm 1064nm R<0.2%, 532nm R <0.5%

3). 0º AOI AR Coating Dual Laser Line

  • Design Wavelength: AR@808nm & 1064nm 1064nm R < 0.2%, 808nm R < 0.5%

4). 0º AOI AR Coating Dual Laser Line

  • Design Wavelength:AR@1064nm & 1319nm 1064nmR<0.2%,1319nm R <0.5%

5). 0º~ 45º AOI HR Coating Single Laser Line

  • Design Wavelength: HR@266nm, HR@355nm, HR@405nm, HR@468nm, HR@532nm, HR@650nm, HR@808nm, HR@980nm, HR@1064nm, HR@1319nm,HR@1550nm, Reflectance: R>99.9%

6). 0º AOI HR Coating Dual Laser Line

  • Design Wavelength: HR@532nm & 1064nm, HT@808nm, 1064nm R>99.8%,532nm R>99.5%

7). 0º AOI HR Coating Three Laser Line

  • Design Wavelength: 355nm & 532nm & 1064nm, 355nm 532nm,1064nm, R>99.5%

8). 0º AOI PR Coating Single Laser Line Beam Splitter

  • Design Wavelength: PR@1064nm; Partial Transmittance: T=5%~95% ±2%

9). 0º AOI Laser Line SHORTPASS, LONGPASS

  • Design Wavelength: HR@1064nm,R>99.8%; HT@808nm T>99% (AR@808nm,both sides)
  • Design Wavelength: HR@808nm,R>99.8; HT@1064nm T>99% (AR@1064nm,both sides)

10). 0º AOI Laser Line SHORTPASS

  • Design Wavelength: HR@1064nm, R>99.8%; HT@532nm T>98% (AR@532nm,both sides)

11). 0º AOI Laser Line LONGPASS

  • Design Wavelength: HR@266nm ,R>99.9%; HT@532nm T>99% (AR@532nm,both sides)

12). 0º AOI Laser Line LONGPASS

  • Design Wavelength: HR@355nm,R>99.8%; HT@532nm & @1064nm T>98%; (AR@1064nm, AR@532nm, both sides)

13). 0º AOI Laser Line SHORTPASS

  • Design Wavelength: HR@946nm, R>99.8%; HT@810nm, T>99% (AR@810nm, both sides)

STS Series Multi-element Lenses

Multi-element lens systems minimize the imaging errors of single lenses and provide precision focusing for non-scanning applications. You have to distinguish between monochromatic and achromatic systems.

Monochromatic systems are only corrected for a specific wavelength. So they are most suitable for laser applications. Especially fused silica lenses in air-spaced design are preferably chosen for collimation or focusing of high power laser.

We offer mounted air spaced multi element systems in fused silica and optical glass.

Achromatic systems have to consist of lenses with different glass types and dispersions. Only a matched combination allows the correction of the chromatic error especially in the visible range. Usually components are cemented. That leads to a reduced damage threshold of the achromatic system, which limits the use of laser with average powers of less than 200 watt.

Part Number λ
[nm]
FL [mm] material OD [mm] CA[mm] Length
[mm]
WD
[mm]
mounted NO. of
lenses
STS-ASS5185/199 266 81.9 fs 40 35 15 73.4 mounted 2
STS-ASS2550/199 266 44.3 fs 30 23 20 40.4 mounted 2
STS-ASS2020/199 266 23.8 fs 25 12.5 17 17.1 mounted 3
STS-ASS2060/199 266 57.3 fs 40 34 30 43.9 mounted 3
STS-ASS5120/199 266 109 fs 48 40 20 99.1 mounted 2
STS-ASS2060/075 355 60 fs 40 34 30 46.5 mounted 3
STS-ASS2550/075 355 48.2 fs 30 23 20 43.5 mounted 2
STS-ASS5185/075 355 86.4 fs 40 31 15 77.6 mounted 2
STS-ASS2020/075 355 25.4 fs 25 12.5 17 17.9 mounted 3
STS-ASS5120/075 355 114.4 fs 48 40 20 104.4 mounted 2
STS-ASS2060/292 515 - 545 62.4 fs 40 34 32 47.9 mounted 3
STS-ASS2550/292 515 - 545 49.3 fs 30 23 20 45.7 mounted 2
STS-ASS2560/292 515 - 545 58.4 fs 30 23 24.5 51.8 mounted 2
STS-ASS5300/292 515 - 545 99.7 fs 41 20 16 86.7 mounted 3
STS-ASS2020/292 515 - 545 24.5 fs 25 12.5 13.5 19.3 mounted 3
STS-ASS6200/292 515 - 545 196.1 fs 54 48 15 188.5 mounted 2
STS-ASS5370/292 515 - 545 174.5 fs 41 35 24 174.1 mounted 2
STS-ASS6151/292 515 - 545 146.3 fs 56 50 20 135 mounted 2
STS-ASS1030/121 532 29.8 glass 20 14 11 25 mounted 2
STS-ASS0177/121 532 76.6 glass 41 35 24 64 mounted 3
STS-ASS0115/121 532 89.4 glass 41 35 32 88.7 mounted 3
STS-ASS6001/121 532 76.1 glass 54 48 36 63.9 mounted 3
STS-ASS5340/121 532 88.9 glass 41 30 21.8 64.4 mounted 2
STS-ASS5320/121 532 114.5 glass 41 31 15.5 105.8 mounted 2
STS-ASS5151/328 1030 - 1090 148.9 fs 54 48 43 152.3 mounted 2
STS-ASS6200/328 1030 - 1090 200.9 fs 54 48 15 193.2 mounted 2
STS-ASS6101/328 1030 - 1090 100.6 fs 56 50 22.5 86.3 mounted 2
STS-ASS1093/328 1030 - 1090 100.6 fs 48 42 22 86.1 mounted 2
STS-ASS5201/328 1030 - 1090 200.1 fs 75 68 23 186.2 mounted 2
STS-ASS5170/328 1030 - 1090 171.1 fs 50 45 43 175.2 mounted 2
STS-ASS5152/328 1030 - 1090 153.4 fs 75 68 34 129.2 mounted 2
STS-ASS2020/328 1030 - 1090 25.1 fs 25 12.5 13.5 19.8 mounted 3
STS-ASS6120/328 1030 - 1090 120.1 fs 54 48.5 59 112.6 mounted 2
STS-ASS5150/328 1030 - 1090 148.9 fs 50 45 43 152.6 mounted 2
STS-ASS5120/328 1030 - 1090 128.7 fs 48 40 20 110.8 mounted 2
STS-ASS2060/328 1030 - 1090 63.9 fs 40 34 32 49.3 mounted 3
STS-ASS2250/328 1030 - 1090 249.8 fs 54 50 20 247.5 mounted 2
STS-ASS5080/328 1030 - 1090 79.6 fs 54 48 36 60.2 mounted 3
STS-ASS2560/328 1030 - 1090 59.9 fs 30 23 22.5 57.5 mounted 2
STS-ASS2550/328 1030 - 1090 49.7 fs 30 23 20 48.4 mounted 2

Aspheres

Aspheres offer the great advantage to accomplish imaging tasks with one optical element where lens systems were needed otherwise. Main advantages of aspheres are:

  • less spherical aberrations
  • less weight
  • increased transmission
  • no internal ghosts

The combination of high purity fused silica and low absorption coatings decreases the thermal induced shift of focal length and working distance.

Another application of an asphere is beam shaping with respect to the intensity distribution or the phase. A typical conversion is the change of a Gaussian profile into a top-hat profile. For material processing, this form has the advantage of a more homogeneous removal of surface material, steeper borders between removal zone and surrounding material and a resulting smaller heat affected zone (HAZ).

Our capability allows production of aspheres up to diameter 200 mm. Measurement setup (interferometric wavefront test, tactile and optical 3D profi lometry) enables us to ensure a surface quality of 0.15 μm PV(fWD) and RMSi < 0.025 μm depending on geometry. Even sagittal heights z(r) up to 21 mm are measurable enabling the production and test of very steep radii at certain diameters.

Our range of products covers unmounted and mounted precision aspheres out of fused silica with focal lengths from 20 mm to 400 mm, which are usable for focusing and collimation. Special forms and customized versions are available on request. Our technological possibilites are listed below.

Dimensions

  • Diameter: 12-200mm
  • Diameter tolerance: ±0.01mm
  • Thickness tolerance: ±0.025mm

Surface form and tolerance (ISO 10110; @546nm)

  • Concave radius of curvature (local): >35mm
  • Sagittal deviation (PV):<0.5fr (~0.137um)
  • Irregularity (PV):<0.5fr (~0.137um)
  • Rotational invariant irrgularity (PV):<0.2gr (~0.055um)
  • RMSi:<0.1fr )~0.025um)
  • Centration (tilt angle between surfaces):<1arcmin
  • Cleanliness/imperfections: 3x0.04 (S/D: 10/5)

Materials

  • All fused silica types (Corning, Heraeus, Nikon, Ohara)
  • Optical glass (CDGM, Hoya, Ohara, Schott, …)

Metrology

  • Tactile 2D measurement
  • 2D/3D profilometry via white light interferometry
  • Interferometric wavefront measurement (632.8nm)

Part Number λ
[nm]
FL
[mm]
material OD-Ø
[mm]
CA1
[mm]
L
[mm]
WD
[mm]
mounted
STS-ADX0220/328 1030-1090 20.0 fs 25.0 22.5 13.2 13.3 unmounted
STS-ADX0230/328 1030-1090 30.0 fs 30.0 27.0 16.0 20.9 unmounted
STS-ADX0240/328 1030-1090 40.0 fs 30.0 27.0 15.0 31.3 unmounted
STS-ADX0250/328 1030-1090 50.0 fs 30.0 27.0 13.7 42.1 unmounted
STS-ADX0260/328 1030-1090 60.0 fs 30.0 27.0 11.3 53.5 unmounted
STS-ADX0310/328 1030-1090 100.0 fs 38.1 34.3 11.0 93.7 unmounted
STS-ADX0311/328 1030-1090 100.0 fs 30.0 27.0 11.0 93.7 unmounted
STS-ADX0312/328 1030-1090 120.0 fs 38.1 34.3 10.3 114.0 unmounted
STS-ADX0313/328 1030-1090 120.0 fs 30.0 27.0 10.3 114.0 unmounted
STS-ADX0315/328 1030-1090 150.0 fs 38.1 34.3 9.6 144.4 unmounted
STS-ADX0316/328 1030-1090 150.0 fs 30.0 27.0 9.6 144.4 unmounted
STS-ADX0320/328 1030-1090 200.0 fs 38.1 34.3 8.9 194.8 unmounted
STS-ADX0325/328 1030-1090 250.1 fs 38.1 34.3 8.9 245.2 unmounted
STS-ADX0330/328 1030-1090 300.0 fs 30.0 34.3 9.0 294.7 unmounted
STS-ADX0370/328 1030-1090 71.8 fs 38.1 34.3 11.0 63.6 unmounted
STS-ADX0380/328 1030-1090 80.0 fs 38.1 34.3 12.0 73.1 unmounted
STS-ADX0381/328 1030-1090 80.0 fs 30.0 27.0 12.0 73.1 unmounted
STS-ADX0510/328 1030-1090 100.0 fs 52.0 46.8 17.5 89.8 unmounted
STS-ADX0512/328 1030-1090 120.0 fs 52.0 46.8 18.0 109.6 unmounted
STS-ADX0515/328 1030-1090 150.0 fs 52.0 46.8 11.0 143.5 unmounted
STS-ADX0520/328 1030-1090 200.1 fs 52.0 46.8 8.7 195.0 unmounted
STS-ADX0530/328 1030-1090 300.0 fs 52.0 47.0 9.0 294.6 unmounted
STS-ADX0540/328 1030-1090 400.0 fs 52.0 48.0 8.5 395.2 unmounted
STS-ADX0580/328 1030-1090 80.9 fs 52.0 46.8 17.8 70.4 unmounted
STS-ADX4350/373 420-480 50.0 fs 38.1 34.3 14.0 41.8 unmounted
STS-ADX4360/373 420-480 60.0 fs 38.1 34.3 12.0 52.9 unmounted
STS-ADX4370/373 420-480 70.0 fs 38.1 34.3 11.0 63.5 unmounted
STS-ADX4380/373 420-480 80.0 fs 38.1 34.3 10.0 74.1 unmounted
S6ASS7410/328 1030-1090 100.0 fs 41.0 37.0 15.0 91.7 mounted
S6ASS7412/328 1030-1090 120.0 fs 41.0 37.0 15.0 111.9 mounted
S6ASS7415/328 1030-1090 150.0 fs 41.0 37.0 15.0 142.2 mounted
S6ASS7420/328 1030-1090 200.0 fs 41.0 37.0 15.0 192.5 mounted
S6ASS7425/328 1030-1090 250.1 fs 41.0 37.0 15.0 242.0 mounted
S6ASS7480/328 1030-1090 80.0 fs 41.0 37.0 15.0 71.3 mounted
S6ASS7510/328 1030-1090 100.0 fs 56.0 50.0 20.0 89.0 mounted
S6ASS7512/328 1030-1090 120.0 fs 56.0 50.0 20.0 108.6 mounted
S6ASS7515/328 1030-1090 150.0 fs 56.0 50.0 20.0 142.2 mounted
S6ASS7520/328 1030-1090 200.1 fs 56.0 50.0 20.0 193.5 mounted
S6ASS7540/328 1030-1090 400.0 fs 56.0 50.0 18.3 393.5 mounted
S6ASS7580/328 1030-1090 80.9 fs 56.0 50.0 20.0 70.0 mounted
S6ASS8411/328 1030-1090 100.0 fs 36.0 28.0 20.5 90.0 mounted
S6ASS8413/328 1030-1090 120.0 fs 36.0 28.0 20.5 110.3 mounted
S6ASS8416/328 1030-1090 150.0 fs 36.0 28.0 20.5 140.6 mounted
S6ASS8420/328 1030-1090 20.0 fs 36.0 23.0 20.5 10.7 mounted
S6ASS8430/328 1030-1090 30.0 fs 36.0 28.0 20.5 18.8 mounted
S6ASS8440/328 1030-1090 40.0 fs 36.0 28.0 20.5 28.5 mounted
S6ASS8450/328 1030-1090 50.0 fs 36.0 28.0 20.5 38.9 mounted
S6ASS8460/328 1030-1090 60.0 fs 36.0 28.0 20.5 50.1 mounted
S6ASS8481/328 1030-1090 80.0 fs 36.0 28.0 20.5 69.6 mounted