Special Optics, Inc.

Special Optics' Custom Objectives Aid Nobel Prize Winning Research
Optics & Photonics

Special Optics' Custom Objectives Aid Nobel Prize Winning Research

Custom 0.65 NA Water Immersion Microscope Objective Lens Used in Bessel Beam Structured Plane Illumination Microscope ROCHESTER, NY – - Special Optics, a Navitar Company, congratulates this year’s recipients of the Nobel Prize in Chemistry, Eric Betzig, Stefan W. Hell, and William E. Moerner, and is excited to have made a small contribution to the ground-breaking research of Eric Betzig and...

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Special Optics' Custom Objectives Aid Nobel Prize Winning Research
Optics & Photonics

Special Optics' Custom Objectives Aid Nobel Prize Winning Research

Custom 0.65 NA Water Immersion Microscope Objective Lens Used in Bessel Beam Structured Plane Illumination Microscope ROCHESTER, NY – Â- Special Optics, a Navitar Company, congratulates this year’s recipients of the Nobel Prize in Chemistry, Eric Betzig, Stefan W. Hell, and William E. Moerner, and is excited to have made a small contribution to the ground-breaking research of Eric Betzig...

Read More »
UV Scanning Lenses accommodate large input beam diameters.
Optics & Photonics

UV Scanning Lenses accommodate large input beam diameters.

Wharton, New Jersey - June 9, 2008 - Special Optics, a Navitar company and manufacturer of high precision F-Theta scan lenses introduces four new telecentric UV scanning lenses to accommodate large input beam diameters of up to 17mm and wavelengths of 266 or 355nm. Lens focal lengths include 34mm, 50mm and two at 100mm with scan fields of 9mm, 20mm, 45mm, and 55mm, respectively. As with all...

Read More »
UV Scanning Lenses accommodate large input beam diameters.
Optics & Photonics

UV Scanning Lenses accommodate large input beam diameters.

Wharton, New Jersey - June 9, 2008 - Special Optics, a Navitar company and manufacturer of high precision F-Theta scan lenses introduces four new telecentric UV scanning lenses to accommodate large input beam diameters of up to 17mm and wavelengths of 266 or 355nm. Lens focal lengths include 34mm, 50mm and two at 100mm with scan fields of 9mm, 20mm, 45mm, and 55mm, respectively. As with all...

Read More »
Beam Expander includes diffraction limited optical designs.
Electronic Components & Devices

Beam Expander includes diffraction limited optical designs.

Featuring large output clear apertures of 10-100 mm, expansion ratios from 5x to 40x, and input apertures of 1.3-20 mm, laser beam expanders provide adjustable focus for collimation at varying wavelengths, which can be used for divergence correction, collimation, and focusing. With damage thresholds of 500 MW/cm-² typical, they can be specified at single and dual wavelengths from 248-1,550 nm....

Read More »
Beam Expander includes diffraction limited optical designs.
Electronic Components & Devices

Beam Expander includes diffraction limited optical designs.

Featuring large output clear apertures of 10-100 mm, expansion ratios from 5x to 40x, and input apertures of 1.3-20 mm, laser beam expanders provide adjustable focus for collimation at varying wavelengths, which can be used for divergence correction, collimation, and focusing. With damage thresholds of 500 MW/cmÂ-² typical, they can be specified at single and dual wavelengths from 248-1,550...

Read More »
Special Optics' Custom Objectives Aid Nobel Prize Winning Research
Optics & Photonics

Special Optics' Custom Objectives Aid Nobel Prize Winning Research

Custom 0.65 NA Water Immersion Microscope Objective Lens Used in Bessel Beam Structured Plane Illumination Microscope ROCHESTER, NY – - Special Optics, a Navitar Company, congratulates this year’s recipients of the Nobel Prize in Chemistry, Eric Betzig, Stefan W. Hell, and William E. Moerner, and is excited to have made a small contribution to the ground-breaking research of Eric Betzig and...

Read More »
Special Optics' Custom Objectives Aid Nobel Prize Winning Research
Optics & Photonics

Special Optics' Custom Objectives Aid Nobel Prize Winning Research

Custom 0.65 NA Water Immersion Microscope Objective Lens Used in Bessel Beam Structured Plane Illumination Microscope ROCHESTER, NY – Â- Special Optics, a Navitar Company, congratulates this year’s recipients of the Nobel Prize in Chemistry, Eric Betzig, Stefan W. Hell, and William E. Moerner, and is excited to have made a small contribution to the ground-breaking research of Eric Betzig...

Read More »
UV Scanning Lenses accommodate large input beam diameters.
Optics & Photonics

UV Scanning Lenses accommodate large input beam diameters.

Wharton, New Jersey - June 9, 2008 - Special Optics, a Navitar company and manufacturer of high precision F-Theta scan lenses introduces four new telecentric UV scanning lenses to accommodate large input beam diameters of up to 17mm and wavelengths of 266 or 355nm. Lens focal lengths include 34mm, 50mm and two at 100mm with scan fields of 9mm, 20mm, 45mm, and 55mm, respectively. As with all...

Read More »
UV Scanning Lenses accommodate large input beam diameters.
Optics & Photonics

UV Scanning Lenses accommodate large input beam diameters.

Wharton, New Jersey - June 9, 2008 - Special Optics, a Navitar company and manufacturer of high precision F-Theta scan lenses introduces four new telecentric UV scanning lenses to accommodate large input beam diameters of up to 17mm and wavelengths of 266 or 355nm. Lens focal lengths include 34mm, 50mm and two at 100mm with scan fields of 9mm, 20mm, 45mm, and 55mm, respectively. As with all...

Read More »
Beam Expander includes diffraction limited optical designs.
Electronic Components & Devices

Beam Expander includes diffraction limited optical designs.

Featuring large output clear apertures of 10-100 mm, expansion ratios from 5x to 40x, and input apertures of 1.3-20 mm, laser beam expanders provide adjustable focus for collimation at varying wavelengths, which can be used for divergence correction, collimation, and focusing. With damage thresholds of 500 MW/cm-² typical, they can be specified at single and dual wavelengths from 248-1,550 nm....

Read More »
Beam Expander includes diffraction limited optical designs.
Electronic Components & Devices

Beam Expander includes diffraction limited optical designs.

Featuring large output clear apertures of 10-100 mm, expansion ratios from 5x to 40x, and input apertures of 1.3-20 mm, laser beam expanders provide adjustable focus for collimation at varying wavelengths, which can be used for divergence correction, collimation, and focusing. With damage thresholds of 500 MW/cmÂ-² typical, they can be specified at single and dual wavelengths from 248-1,550...

Read More »

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