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Page 2 - Aspherical

PerfectLens K375 Aspherical
Archer OpTx
Archer OpTx molded lenses are produced using the PerfectLens™ technology platform. This proprietary technology produces high-yield long-life molds, which are free of the high-frequency surface defects commonly found on many molded lenses due to single-point diamond turning of the molds. These high-frequency defects do not typically ...

Specifications

Diameter: 6.5 mm
Material: N-BK7
Effective Focal Length: 7.5 mm
Numerical Aperture (NA): 0.3
Wavelength Range: 620-1080nm
Ross Optical Aspherical Lenses
Ross Optical
Aspherical lenses are designed to have a much shorter focal length than is possible with regular spherical lenses. They are also corrected for spherical and coma aberrations. Ideally suited for low f-number and high throughput application, condenser quality aspheres are primarily used in high efficiency illumination systems.

Specifications

Diameter: 50 mm
Material: N-BK7, FS, UVFS, CaF2, ZnSe, Ge, H-LAK54, H-ZLaF52, H-ZLaF50B, Borosilicate, S-NPH1, D-LaK6
Effective Focal Length: Custom mm
Numerical Aperture (NA): Custom
Wavelength Range: 400-700nm
Standard Aspheric Condenser Lenses
Align Optics
Standard Aspheric Condenser Lenses.

Specifications

Diameter: 300 mm
Material: N-BK7, FS
Effective Focal Length: 250 mm
Numerical Aperture (NA): Custom
Wavelength Range: 1-632nm
ASPHERICAL DIFFRACTIVE HYBRID PRECISION LENSES
Gooch and Housego
Custom precision lenses are a key optical component for many transmission and imaging applications in the aerospace, security, defense, machine vision, health care, and life science industries. G&H manufacture custom precision lenses for imaging, focusing, collimation and illumination, using standard polishing and grinding ...

Specifications

Diameter: 250 mm
Material: ZnSe, Ge
Effective Focal Length: Custom mm
Numerical Aperture (NA): Custom
Wavelength Range: 3000-14000nm
ASPHERICAL PRECISION LENSES
Gooch and Housego
Custom precision lenses are a key optical component for many transmission and imaging applications in the aerospace, security, defense, machine vision, health care, and life science industries. G&H manufacture custom precision lenses for imaging, focusing, collimation and illumination, using standard polishing and grinding ...

Specifications

Diameter: 60 mm
Material: N-BK7, FS, UVFS, Ge
Effective Focal Length: Custom mm
Numerical Aperture (NA): Custom
Wavelength Range: 400-1400nm
Geltech Molded Aspheric Lenses
LightPath Technologies
Grow LightPath Technologies into an optical solution company that is a fully integrated manufacturer and supplier of visible and infrared optical components and sub-systems, based on world class optical manufacturing technology. LightPath Technologies makes quality and customer satisfaction a top priority. We value your business, and ...

Specifications

Diameter: 1.2 mm
Material: N-BK7, FS, UVFS, CaF2, ZnSe, Ge, H-LAK54, H-ZLaF52, H-ZLaF50B, Borosilicate, S-NPH1, D-LaK6
Effective Focal Length: 0.39 mm
Numerical Aperture (NA): 0.55
Wavelength Range: 1-1nm
Using MPNICS\'s unique micro molding method, we offer new customized design in shortest lead-time at the lowest cost. We offer short turnaround for new designs and prototypes while keeping development costs among the lowest in the industry.

Specifications

Diameter: 1 mm
Material: N-BK7
Effective Focal Length: 0.5 mm
Numerical Aperture (NA): 0.5
Wavelength Range: 1550-1550nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 6.50 mm
Material: H-LAK54
Effective Focal Length: 18.40 mm
Numerical Aperture (NA): 0.15
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 6.50 mm
Material: H-LAK54
Effective Focal Length: 15.29 mm
Numerical Aperture (NA): 0.16
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 9.94 mm
Material: D-LaK6
Effective Focal Length: 8.00 mm
Numerical Aperture (NA): 0.50
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 6.33 mm
Material: S-NPH1
Effective Focal Length: 4.51 mm
Numerical Aperture (NA): 0.54
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 4.40 mm
Material: H-ZLaF50B
Effective Focal Length: 2.59 mm
Numerical Aperture (NA): 0.60
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 3.00 mm
Material: H-ZLaF52
Effective Focal Length: 2.00 mm
Numerical Aperture (NA): 0.50
Wavelength Range: 400-700nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 6.33 mm
Material: Borosilicate
Effective Focal Length: 4.02 mm
Numerical Aperture (NA): 0.60
Wavelength Range: 300-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 6.33 mm
Material: H-ZLaF52
Effective Focal Length: 3.10 mm
Numerical Aperture (NA): 0.68
Wavelength Range: 400-700nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 7.20 mm
Material: H-LAK54
Effective Focal Length: 9.64 mm
Numerical Aperture (NA): 0.30
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 6.51 mm
Material: H-LAK54
Effective Focal Length: 7.50 mm
Numerical Aperture (NA): 0.30
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 6.00 mm
Material: H-LAK54
Effective Focal Length: 4.60 mm
Numerical Aperture (NA): 0.53
Wavelength Range: 350-2000nm
Traditionally lens surfaces have been sections of a sphere. For many applications this leaves spherical aberration as the dominant defect of any image so created.   Aspheric lenses are used to correct these image defects.  One solution to this is to have one or both surfaces, departing from the spherical shape. ...

Specifications

Diameter: 4.50 mm
Material: N-BK7
Effective Focal Length: 3.30 mm
Numerical Aperture (NA): 0.47
Wavelength Range: 350-1100nm