Aspherical Lenses 

Avantier designs and manufactures precision aspherical lenses for advanced optical applications across industries including:
  • Manufacturing
  • Aerospace and defense
  • Medical and life sciences
  • Scientific instrumentation
  • Consumer electronics
Aspheric lenses feature non-spherical surface profiles that correct optical aberrations more effectively than traditional spherical optics. This allows for sharper imaging, reduced distortion, and compact, lightweight optical assemblies.

Key Types of Aspheric Lenses

Avantier offers a wide range of high-performance aspheric lens solutions:

Factory Standard (Manufacturing Capability)

Avantier’s in-house production delivers exceptional surface precision and quality across a wide range of specifications:

Diameter5 – 200mm
Diameter Tolerance+0/-0.100mm – +0/-0.010mm
Asphere Figure Error (P – V)3μm – smaller than 0.06μm
Vertex Radius (Asphere)±0.5% – ±0.05%
Sag25mm max
Typical Slope Error1μm – 0.15μm per 1mm window
Centering (Beam Deviation)3 arcmin – 0.5 arcmin
Center Thickness Tolerance±0.100mm – ±0.010mm
Surface Quality (Scratch Dig)80-50, 40-20,10-5
Aspheric Surface MetrologyProfilometry (2D & 3D) & Interferometry

Custom Aspheric Lenses

Avantier’s optical engineering team partners with clients to develop custom aspheric lenses that meet critical project requirements:

  • Optical glass, fused silica, germanium, and plastic materials
  • Diameters from sub-millimeter up to 200+ mm
  • Diamond turning, CNC polishing, and precision molding
  • Fully customizable AR, HR, IR, UV coatings

Used across applications such as:

  • Biomedical and life sciences
  • Aerospace and defense imaging
  • High-power laser systems
  • Semiconductor and industrial metrology
  • Optical sensors and consumer electronics

Aspherical Lenses Material Selection

The choice of materials for aspherical lenses is influenced by factors such as wavelength requirements and manufacturing cost. The following summarizes materials compatible with each manufacturing process.

Manufacturing of Aspheric LensesCapabilities of Materials
Diamond TurningGe, Si, ZnSe, ZnS, Plastics
Grinding and PolishingOptical glass (CDGM, Hoya, Ohara, Schott), Fused Silica, Low Temperature Optical Glass, Plastics, Ge, Si, ZnSe and ZnS
Precision Glass MoldingLow Temperature Optical Glass, Optical glass (CDGM, Hoya, Ohara, Schott) with restrictions, Plastics
Injection Molding of PlasticsLow Temperature Optical Glass, Optical glass (CDGM, Hoya, Ohara, Schott) with restrictions, Plastics

Stock Aspheric Lenses 

Avantier maintains a comprehensive inventory of stock aspheric lenses for rapid delivery. These lenses cover a broad range of focal lengths, diameters, and materials, including laser-grade and uncoated optics.

Stock – Aspheric Lenses

Part NumberFocal length (mm)Back Focal length (mm)Diameter (mm)Thickness (mm)MaterialPrice (USD)
AVTJF-00013.11.95.02.0H-F4$20.00
AVTJF-00023.72.45.02.0H-K51$20.00
AVTJF-00034.01.45.03.9H-K51$20.00
AVTJF-00045.63.38.04.0H-ZK2$20.00
AVTJF-00056.04.26.72.8H-K51$20.00
AVTJF-00066.53.210.05.0H-K51$20.00
AVTJF-00076.64.37.53.5H-K51$20.00
AVTJF-00087.44.88.54.0H-K51$20.00
AVTJF-00097.54.612.05.5H-K51$20.00
AVTJF-00107.64.013.06.3H-K51$20.00
AVTJF-00118.03.510.06.8H-K51$20.00
AVTJF-00128.03.712.77.5H-K51$20.00
AVTJF-00138.12.915.08.5H-K51$20.00
AVTJF-00148.35.616.07.0H-K9L$25.00
AVTJF-00158.58.012.05.6H-K51$30.00
AVTJF-00169.08.06.31.7H-K51$20.00
AVTJF-001710.04.912.57.7H-K51$20.00
AVTJF-001810.47.412.05.6H-K51$20.00
AVTJF-001910.57.212.06.0H-K51$20.00
AVTJF-002011.06.016.08.0H-F4$20.00
AVTJF-002111.15.019.910.9H-K51$25.00
AVTJF-002212.06.315.08.6H-K51$20.00
AVTJF-002312.49.512.04.5H-K51$20.00
AVTJF-002412.57.120.09.0H-ZF2$200.00
AVTJF-002513.58.618.07.4H-K51$20.00
AVTJF-002614.010.212.95.7H-K9L$20.00
AVTJF-002715.010.020.09.0H-K51$20.00
AVTJF-002815.314.624.09.0H-F3$25.00
AVTJF-002915.310.718.07.0H-K9L$25.00
AVTJF-003016.09.120.010.5H-K51$20.00
AVTJF-003116.07.325.414.0H-K51$25.00
AVTJF-003216.310.420.09.0H-K9L$200.00
AVTJF-003316.412.820.06.4H-K51$20.00
AVTJF-003416.79.524.911.0H-K51$20.00
AVTJF-003517.412.220.08.3H-K51$20.00
AVTJF-003618.011.224.010.4H-K51$25.00
AVTJF-003718.311.430.014.0H-K51$25.00
AVTJF-003819.015.712.05.0H-K51$20.00
AVTJF-003919.414.526.09.1H-K51$25.00
AVTJF-004019.712.924.010.4H-K51$25.00
AVTJF-004119.911.825.012.3H-K51$20.00
AVTJF-004221.611.034.919.0H-K51$25.00
AVTJF-004323.515.032.513.5H-K51$25.00
AVTJF-004424.014.730.014.1H-K51$20.00
AVTJF-004525.019.425.08.5H-K51$20.00
AVTJF-004625.616.730.013.5H-K51$20.00
AVTJF-004726.820.230.010.0H-K51$25.00
AVTJF-004828.518.640.015.0H-K9L$40.00
AVTJF-004929.420.335.013.9H-K51$30.00
AVTJF-005029.520.940.015.5H-K9L$40.00
AVTJF-005130.019.038.419.0H-K51$25.00
AVTJF-005232.017.050.825.0H-K51$30.00
AVTJF-005332.020.945.018.5H-K51$30.00
AVTJF-005432.020.340.011.8H-K51$20.00
AVTJF-005535.824.850.016.7H-K51$35.00
AVTJF-005639.825.660.026.0H-K51$45.00
AVTJF-005740.026.050.021.4H-K51$25.00
AVTJF-005849.229.575.030.0H-K51$45.00
Also available in volume pricing, please contact Avantier for details. Please note that prices are subject to fluctuation and may change without prior notice. For the most accurate and up-to-date pricing information, kindly contact our office. Additional shipping fees will be calculated and added to your total order.
Part NumberDescriptionDia. (mm)EFL (mm)NABFL (mm)SubstrateCentering (arcmin)CA (mm)ET (mm)CT (mm)F/#Shape of Back SurfaceWavelength Range (nm)Price (USD)
AVTMF-000110mm Dia, 0.50 Numerical Aperture Uncoated10.00 +0.0/-0.110.00 @ 587.6nm0.507.48L-BAL35≤59.001.694.00 ±0.11.00Plano330 – 2400$170.00
AVTMF-000210mm Dia, 0.67 Numerical Aperture Uncoated10.00 +0.0/-0.17.50 @ 587.6nm0.674.51N-SF5≤59.002.215.00 ±0.10.75Plano380 – 2500$170.00
AVTMF-000312.5mm Dia, 0.50 Numerical Aperture Uncoated12.50 +0.0/-0.112.50 @ 587.6nm0.509.35L-BAL35≤511.252.115.00 ±0.11.00Plano330 – 2400$190.00
AVTMF-000412.5mm Dia, 0.66 Numerical Aperture Uncoated12.50 +0.0/-0.19.50 @ 587.6nm0.666.51N-SF5≤511.251.605.00 ±0.10.76Plano380 – 2500$190.00
AVTMF-000515mm Dia., 0.33 Numerical Aperture Uncoated15.00 +0.0/-0.122.50 @ 587.6nm0.3319.98L-BAL35≤513.501.804.00 ±0.11.50Plano330 – 2400$210.00
AVTMF-000615mm Dia., 0.40 Numerical Aperture Uncoated15.00 +0.0/-0.118.75 @ 587.6nm0.4015.92L-BAL35≤513.501.824.50 ±0.11.25Plano330 – 2400$210.00
AVTMF-000715mm Dia., 0.50 Numerical Aperture Uncoated15.00 +0.0/-0.115.00 @ 587.6nm0.5011.54L-BAL35≤513.502.045.50 ±0.11.00Plano330 – 2400$210.00
AVTMF-000815mm Dia., 0.66 Numerical Aperture Uncoated15.00 +0.0/-0.111.25 @ 587.6nm0.666.85L-BAL35≤513.501.947.00 ±0.10.75Plano330 – 2400$210.00
AVTMF-000915mm Dia., 0.83 Numerical Aperture Uncoated15.00 +0.0/-0.19.00 @ 587.6nm0.834.81N-SF5≤513.501.357.00 ±0.10.60Plano380 – 2500$320.00
AVTMF-001020mm Dia., 0.50 Numerical Aperture Uncoated20.00 +0.0/-0.120.00 @ 587.6nm0.5015.19L-BAL35≤518.003.448.00 ±0.11.00Convex, R2=200mm330 – 2400$230.00
AVTMF-001120mm Dia., 0.66 Numerical Aperture Uncoated20.00 +0.0/-0.115.00 @ 587.6nm0.669.16L-BAL35≤518.003.059.60 ±0.10.75Convex, R2=200mm330 – 2400$230.00
AVTMF-001220mm Dia., 0.8 Numerical Aperture Uncoated20.00 +0.0/-0.112.50 @ 587.6nm0.807.12N-SF5≤518.001.919.00 ±0.10.63Plano380 – 2500$340.00
AVTMF-001325mm Dia, 0.25 Numerical Aperture, Uncoated25.00 +0.0/-0.150.00 @ 587.6nm0.2546.54L-BAL35≤522.502.805.50 ±0.12.00Plano330 – 2400$250.00
AVTMF-001425mm Dia., 0.33 Numerical Aperture Uncoated25.00 +0.0/-0.137.50 @ 587.6nm0.3333.72L-BAL35≤522.502.306.00 ±0.11.50Plano330 – 2400$250.00
AVTMF-001525mm Dia., 0.40 Numerical Aperture Uncoated25.00 +0.0/-0.131.25 @ 587.6nm0.4027.16L-BAL35≤522.502.046.50 ±0.11.25Plano330 – 2400$250.00
AVTMF-001625mm Dia., 0.50 Numerical Aperture Uncoated25.00 +0.0/-0.125.00 @ 587.6nm0.5020.28L-BAL35≤522.501.747.50 ±0.11.00Plano330 – 2400$250.00
AVTMF-001725mm Dia., 0.66 Numerical Aperture Uncoated25.00 +0.0/-0.118.75 @ 587.6nm0.6612.46L-BAL35≤522.501.6310.00 ±0.10.75Plano330 – 2400$250.00
AVTMF-001825mm Dia., 0.83 Numerical Aperture Uncoated25.00 +0.0/-0.115.00 @ 587.6nm0.838.42N-SF5≤522.501.6411.00 ±0.10.60Plano380 – 2500$375.00
AVTMF-001930mm Dia., 0.50 Numerical Aperture Uncoated30.00 +0.0/-0.130.00 @ 587.6nm0.5022.99L-BAL35≤527.004.8111.70 ±0.11.00Convex, R2=300mm330 – 2400$300.00
AVTMF-002030mm Dia., 0.66 Numerical Aperture Uncoated30.00 +0.0/-0.122.50 @ 587.6nm0.6613.73L-BAL35≤527.004.5714.40 ±0.10.75Convex, R2=300mm330 – 2400$300.00
AVTMF-002130mm Dia., 0.86 Numerical Aperture Uncoated30.00 +0.0/-0.117.50 @ 587.6nm0.869.43N-SF5≤527.001.7813.50 ±0.10.58Plano380 – 2500$430.00
AVTMF-002240mm Dia., 0.50 Numerical Aperture Uncoated40.00 +0.0/-0.140.00 @ 587.6nm0.5030.68L-BAL35≤536.006.3915.50 ±0.11.00Convex R2=400mm330 – 2400$420.00
AVTMF-002340mm Dia., 0.66 Numerical Aperture Uncoated40.00 +0.0/-0.130.00 @ 587.6nm0.6620.60L-BAL35≤536.002.5615.50 ±0.10.75Convex R2=400mm330 – 2400$420.00
AVTMF-002440mm Dia., 0.80 Numerical Aperture Uncoated40.00 +0.0/-0.125.00 @ 587.6nm0.8015.73N-SF5≤536.001.4915.50 ±0.10.63Plano380 – 2500$540.00
AVTMF-002550mm Dia., 0.50 Numerical Aperture Uncoated50.00 +0.0/-0.150.00 @ 587.6nm0.5038.33L-BAL35≤545.008.0119.40 ±0.11.00Convex, R=500mm330 – 2400$500.00
AVTMF-002650mm Dia., 0.66 Numerical Aperture Uncoated50.00 +0.0/-0.137.50 @ 587.6nm0.6625.74L-BAL35≤545.003.2319.40 ±0.10.75Convex, R=500mm330 – 2400$500.00
AVTMF-002750mm Dia., 0.83 Numerical Aperture Uncoated50.00 +0.0/-0.130.00 @ 587.6nm0.8318.04N-SF5≤545.001.4420.00 ±0.10.60Plano380 – 2500$720.00
AVTMF-002875mm Dia., 0.33 Numerical Aperture Uncoated75.00 +0.0/-0.1112.50 @ 587.6nm0.33101.42N-BK7≤567.504.1316.80 ±0.11.50Plano350 – 2200$690.00
AVTMF-002975mm Dia., 0.50 Numerical Aperture Uncoated75.00 +0.0/-0.175.00 @ 587.6nm0.5058.25N-BK7≤567.504.9925.40 ±0.11.00Plano350 – 2200$690.00
AVTMF-003075mm Dia., 0.63 Numerical Aperture Uncoated75.00 +0.0/-0.160.00 @ 587.6nm0.6345.77N-SF5≤567.504.7323.80 ±0.10.80Plano380 – 2500$690.00
AVTMF-0031100mm Dia., 0.33 Numerical Aperture Uncoated100.00 +0.0/-0.1150.00 @ 587.6nm0.33135.50N-BK7≤590.005.1122.00 ±0.11.50Plano350 – 2200$880.00
AVTMF-0032100mm Dia., 0.50 Numerical Aperture Uncoated100.00 +0.0/-0.1100.00 @ 587.6nm0.5078.18N-BK7≤590.005.9033.10 ±0.11.00Plano350 – 2200$880.00
AVTMF-0033100mm Dia., 0.63 Numerical Aperture Uncoated100.00 +0.0/-0.180.00 @ 587.6nm0.6361.35N-SF5≤590.005.7831.20 ±0.10.80Plano380 – 2500$880.00
AVTMF-0034150mm Dia., 0.33 Numerical Aperture Uncoated150.00 +0.0/-0.1225.00 @ 587.6nm0.33204.04N-BK7≤5128.006.4631.80 ±0.11.50Plano350 – 2200$1,950.00
AVTMF-0035150mm Dia., 0.50 Numerical Aperture Uncoated150.00 +0.0/-0.1150.00 @ 587.6nm0.50118.16N-BK7≤5128.007.5148.30 ±0.11.00Plano350 – 2200$1,950.00
AVTMF-0036150mm Dia., 0.63 Numerical Aperture Uncoated150.00 +0.0/-0.1120.00 @ 587.6nm0.6392.86N-SF5≤5128.007.3045.40 ±0.10.80Plano380 – 2500$1,950.00
AVTMF-0037200mm Dia., 0.33 Numerical Aperture Uncoated200.00 +0/-0.1300.00 @ 587.6nm0.33272.57N-BK7≤5170.007.8241.60 ±0.11.50Plano350 – 2200$3,700.00
For AVTMF-0001 to AVTMF-0037, the Asphere Figure Error (RMS) is 1.2λ, and the Surface Quality is 60-40. Please note that prices are subject to fluctuation and may change without prior notice. For the most accurate and up-to-date pricing information, kindly contact our office. Additional shipping fees will be calculated and added to your total order.
Part NumberDescriptionCompatible BrandsDia. (mm)EFL (mm)NABFL (mm)SubstrateCentering (arcmin)CA (mm)ET (mm)CT (mm)F/#Shape of Back SurfaceUnit Price (USD)Price (USD) *5-9 pcs
AVTGF-000125.4mm Dia x 50.8mm FL, 355nm V-CoatEdmund Optics (39-556)25.40 +0.00/-0.0550.80 @ 355nm0.2545.39Fused Silica (Corning 7980)<121.404.547.982Plano$730.00$720.00
AVTGF-000225.4mm Dia x 50.8mm FL, 532nm V-CoatEdmund Optics (39-558)25.40 +0.00/-0.0550.80 @ 532nm0.2545.36Fused Silica (Corning 7980)<121.404.407.902Plano$825.00$800.00
AVTGF-000325.4mm Dia x 50.8mm FL, 1064nm V-CoatEdmund Optics (39-560)25.40 +0.00/-0.0550.80 @ 1064nm0.2545.03Fused Silica (Corning 7980)<121.404.708.402Plano$825.00$800.00
AVTGF-000450.8mm Dia x 101.6mm FL, 355nm V-CoatEdmund Optics (39-563)50.80 +0.00/-0.05101.60 @ 355nm0.2597.96Fused Silica (Corning 7980)<146.804.1110.982Plano$950.00$925.00
AVTGF-000550.8mm Dia x 101.6mm FL, 532nm V-CoatEdmund Optics (39-565)50.80 +0.00/-0.05101.60 @ 532nm0.2593.95Fused Silica (Corning 7980)<146.804.1011.202Plano$1,125.00$1,100.00
AVTGF-000650.8mm Dia x 101.6mm FL, 1064nm V-CoatEdmund Optics (39-567)50.80 +0.00/-0.05101.60 @ 1064nm0.2594.70Fused Silica (Corning 7980)<146.802.6910.002Plano$1,125.00$1,100.00
Also available in volume pricing, please contact Avantier for details. Please note that prices are subject to fluctuation and may change without prior notice. For the most accurate and up-to-date pricing information, kindly contact our office. Additional shipping fees will be calculated and added to your total order.
Part NumberDescriptionDia. (mm)EFL (mm)NABFL (mm)Asphere Figure Error(RMS)Centering (arcmin)CA (mm)ET (mm)CT (mm)F/#Radius R2 (mm)Shape of Back SurfacePrice (USD)
AVTZF-000112.5mm Dia x 9.5mm FL Uncoated, Ge Aspheric Lens12.50 +0.00/-0.109.50 @ 8000nm0.658.25λ/6≤511.254.365.00 ±0.100.76InfinitePlano$550.00
AVTZF-000212.5mm Dia x 12.5mm FL Uncoated, Ge Aspheric Lens12.50 +0.00/-0.1012.50 @ 8000nm0.5011.75λ/6≤511.252.503.00 ±0.101.00InfinitePlano$490.00
AVTZF-000312.5mm Dia x 25mm FL Uncoated, Ge Aspheric Lens12.50 +0.00/-0.1025.00 @ 8000nm0.2524.25λ/6≤511.252.743.00 ±0.102.00InfinitePlano$490.00
AVTZF-000412.5mm Dia x 37.5mm FL Uncoated, Ge Aspheric Lens12.50 +0.00/-0.1037.50 @ 8000nm0.1636.75λ/6≤511.252.833.00 ±0.103.00InfinitePlano$590.00
AVTZF-000525mm Dia x 12.5mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.112.50 @ 4000nm1.0011.61λ/6≤522.502.504.24 ±0.100.50435.187Convex$970.00
AVTZF-000625mm Dia x 15mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.115.00 @ 4000nm0.8314.00λ/6≤522.502.474.00 ±0.100.60InfinitePlano$900.00
AVTZF-000725mm Dia x 20mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.120.00 @ 4000nm0.6319.08λ/6≤522.502.503.70 ±0.100.79InfinitePlano$820.00
AVTZF-000825mm Dia x 25mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.125.00 @ 4000nm0.5022.51λ/6≤522.502.323.45 ±0.101.0037.8Concave$775.00
AVTZF-000925mm Dia x 30mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.130.00 @ 4000nm0.4227.52λ/6≤522.502.293.25 ±0.101.1940Concave$775.00
AVTZF-001025mm Dia x 40mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.140.00 @ 4000nm0.3137.89λ/6≤522.502.383.10 ±0.101.6165.6Concave$775.00
AVTZF-001125mm Dia x 50mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.150.00 @ 4000nm0.2548.44λ/6≤522.502.453.00 ±0.102.00142.9Concave$775.00
AVTZF-001225mm Dia x 75mm FL Uncoated, Ge Aspheric Lens25.00 +0.0/-0.175.00 @ 4000nm0.1772.30λ/6≤522.502.392.80 ±0.102.9478Concave$775.00
AVTZF-001350mm Dia x 25mm FL Uncoated, Ge Aspheric Lens50.00 +0.0/-0.125.00 @ 4000nm1.0020.64λ/6≤545.002.507.75 ±0.100.5049.34Concave$1,550.00
AVTZF-001450mm Dia x 50mm FL Uncoated, Ge Aspheric Lens50.00 +0.0/-0.150.00 @ 4000nm0.5045.92λ/6≤545.002.525.10 ±0.101.0062.38Concave$1,550.00
Please note that prices are subject to fluctuation and may change without prior notice. For the most accurate and up-to-date pricing information, kindly contact our office. Additional shipping fees will be calculated and added to your total order.

Technical Resource

Optical Advantages of Aspheric Lenses

Spherical Aberration Correction – Aspheric lenses are expertly engineered to direct all incoming light rays to a single focal point, eliminating spherical aberration. This enhances image sharpness, minimizes blur, and ensures optimal focus across the field—making them ideal for high-precision imaging systems, laser collimation, and optical instrumentation.
Figure 1. Aspherical Lens (left) vs Spherical Lens (right)

Aspheric vs. High-Index and Pancake Lenses – While high-index lenses use material properties to improve light bending, aspheric lenses optimize surface geometry for superior aberration correction. Compared to compact pancake lenses, aspheric lenses deliver significantly better edge-to-edge image clarity and reduced distortion.

Advanced Surface Geometry & Freeform Capabilities – Avantier supports both rotationally symmetric and freeform aspheric designs. These profiles feature curvature that varies with radial distance from the optical axis, offering greater flexibility in correcting complex aberrations. Key surface profile metrics include:

  • Qbfs – RMS slope departure from a best-fit sphere
  • Qcon – Sag departure from a base conic

Structure of an Aspheric Lens

Aspheric lenses are optical elements with a radially varying curvature, allowing them to correct aberrations more effectively than spherical lenses. Unlike traditional lenses with uniform curvature, aspheric surfaces are designed to bring light to a sharper, more precise focus.

These lenses are widely used in:

  • Automotive sensors
  • LED optics
  • Medical imaging
  • High-resolution cameras
  • Laser systems

The surface of a rotationally symmetric asphere is mathematically defined using a sag equation:

Where:

  • Z: sag of surface parallel to the optical axis
  • s: radial distance from the optical axis
  • C: curvature, inverse of radius
  • k: conic constant
  • A4, A6, …: 4th, 6th, … order aspheric coefficients

When all coefficients are zero, the surface is a standard conic shape—elliptical, parabolic, or hyperbolic, depending on the value of k.

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Spherical vs. Aspheric Performance Comparison

As shown in the chart below, a 25 mm f/1 spherical lens produces significantly larger spot sizes compared to an equivalent aspheric lens:

Object Angle (°)Spherical Spot Size (μm)Aspheric Spot Size (μm)
0.0710.0171.43
0.5710.963.91
1.0713.848.11
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Aspherical Lens Family

MTF Comparison: All Spherical vs. Aspheric Triplet Design

This table compares the Modulation Transfer Function (MTF) performance of two triplet lenses—one with only spherical surfaces, and the other with a single aspheric surface:

Object Angle (°)All Spherical (Tangential/Sagittal)With Aspheric (Tangential/Sagittal)
0.013.3 / 13.361.9 / 61.9
7.014.9 / 14.931.1 / 40.9
10.017.3 / 14.836.3 / 41.5
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Figure 2. Polychromatic light focused through a triplet lens

Avantier measures and controls all critical aspects of surface accuracy:

  • Form Error – Large-scale deviations, RMS or peak-to-valley
  • Waviness – Mid-frequency undulations (slope error)
  • Surface Roughness – High-frequency texture, relevant for scatter & laser performance
  • Radius Error – Curvature deviation corrected by focus tuning

Manufacturing Methods at Avantier

MethodBenefits
Precision Glass MoldingCost-efficient for high-volume production
Precision Polishing & MRFHigh-precision shaping for low-to-medium volume applications
SPDT Diamond TurningExcellent for plastics, metals, mold creation & freeforms
Polymer Molding/InjectionLightweight, low-cost optics for AR/VR, illumination, and consumer
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Figure 3. Precision Glass Molding Platform
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Figure 4. Computer-Controlled Precision Polishing
Aspheric Lenses, Custom aspheric lenses, aspherical lenses, Aspheric Lens, aspherical lens, aspheric lens, Stock Aspheric Lenses,
Figure 5. Magneto-Rheological Finishing (MRF)
Aspheric Lenses, Custom aspheric lenses, aspherical lenses, Aspheric Lens, aspherical lens, aspheric lens, Stock Aspheric Lenses,
Figure 6. Polymer Molding

How to Select the Right Aspheric Lens for Your Application

Key Considerations

    • UV, VIS, IR compatibility
    • Coating options (AR, IR, broadband)
    • Mechanical integration (CAD, full prescription)
    • Budget and production scale

Application-Based Lens Guide

ApplicationRecommended Lens TypeKey Features
High-NA ImagingPrecision Polished AspheresDiffraction-limited performance, glass/plastic options
Laser & Volume SystemsPrecision Molded AspheresIdeal for laser collimation, barcode, data reading
Broadband Color CorrectionColor-Corrected Aspheric LensesChromatic + spherical correction, hybrid designs
Thermal / IR ImagingInfrared Aspheric LensesGe/ZnSe/ZnS optics for MWIR, LWIR, thermal sensing

In Summary

From compact mobile lenses to aerospace-grade optics, Avantier’s aspheric lens solutions are engineered for performance and flexibility. Whether you’re optimizing beam shape, minimizing distortion, or reducing system size, our custom and stock aspheres deliver unmatched optical value.

FAQs

How are the surfaces of aspheric lenses defined, and what are the manufacturing capabilities of Avantier?

Q: How are the surfaces of aspheric lenses defined, and what are the manufacturing capabilities of Avantier?

A: Aspheric lenses are defined by their surface profile, either by sag or orthogonal coefficients Qbfs and Qcon. Avantier employs state-of-the-art grinding and polishing equipment, including computer-controlled precision polishing devices and magneto-rheological finishing (MRF) technology, ensuring optimized surface quality. Manufacturing capabilities include diameters ranging from 5 to 200mm, precise tolerances, and various surface quality options.

Q: How have advances in manufacturing made aspheric lenses more versatile and cost-effective?

A: Advances in manufacturing have made aspheric lenses more affordable and versatile, allowing them to replace multiple spherical lenses in various applications. This results in cost-effective and high-performance optical systems, expanding the range of applications from smartphones to lasers and fiber optics, as demonstrated by Avantier’s wide variety of manufactured aspheric lenses.

Q: What types of custom aspheric lenses does Avantier manufacture?

A: Avantier, as an aspheric lens manufacturer, produces a diverse range of custom aspheric lenses solutions tailored for various applications. These applications span from smartphones to lasers, fiber optics, and extend to areas such as research, industry, and medicine.

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