Navitar, Inc. Laser Beam Expanders

Description
We offer an extensive range of beam expanders including high power, low power, large aperture, achromatic (dual wavelength), apochromatic, manual zoom, and motorized variable zoom beam expanders covering wavelengths from UV to the IR. Special Optics’ high performance laser beam expanders feature: diffraction limited designs with expansion ratios from 2X to 40X input apertures of 1.3 mm to 20 mm and large output clear apertures of 1.3 mm to over 100 mm high transmission, low wavefront distortion, specified at single and dual wavelengths from 248nm to 1550nm damage thresholds are typically 500MW/cm2 These Galilean design beam expanders provide an adjustable focus for collimation at varying wavelengths, and to control divergence correction and focusing. They are adaptable for complex applications requiring increased power density at the focal point, beam guidance over long distance, dual wavelengths (1064nm and 532nm), high power laser energy, and large aperture needs. Typically aluminum construction to minimize thermal distortion Designed to be rugged and self-supporting Easy to use Provide accurate, unobstructed expansion for any collimated input source. Applications for Laser Beam Expanders include: Laser Micromachining / Laser Processing Laser Structuring of Foils Laser Scribing Cutting of Solar Cells Micro Drilling Laser Marking Lidar Systems Beam Condensing Remote Sensing Propagation Studies Collimation of Laser Harmonics Interferometers Collimation of High Power Lasers Special Optics is an ITAR registered company. Looking for a custom design? Contact us today.
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Description
We offer an extensive range of beam expanders including high power, low power, large aperture, achromatic (dual wavelength), apochromatic, manual zoom, and motorized variable zoom beam expanders covering wavelengths from UV to the IR. Special Optics’ high performance laser beam expanders feature: diffraction limited designs with expansion ratios from 2X to 40X input apertures of 1.3 mm to 20 mm and large output clear apertures of 1.3 mm to over 100 mm high transmission, low wavefront distortion, specified at single and dual wavelengths from 248nm to 1550nm damage thresholds are typically 500MW/cm2 These Galilean design beam expanders provide an adjustable focus for collimation at varying wavelengths, and to control divergence correction and focusing. They are adaptable for complex applications requiring increased power density at the focal point, beam guidance over long distance, dual wavelengths (1064nm and 532nm), high power laser energy, and large aperture needs. Typically aluminum construction to minimize thermal distortion Designed to be rugged and self-supporting Easy to use Provide accurate, unobstructed expansion for any collimated input source. Applications for Laser Beam Expanders include: Laser Micromachining / Laser Processing Laser Structuring of Foils Laser Scribing Cutting of Solar Cells Micro Drilling Laser Marking Lidar Systems Beam Condensing Remote Sensing Propagation Studies Collimation of Laser Harmonics Interferometers Collimation of High Power Lasers Special Optics is an ITAR registered company. Looking for a custom design? Contact us today.
Request a Quote

Suppliers

Company
Product
Description
Supplier Links
Laser Beam Expanders -  - Navitar, Inc.
Rochester, NY, United States
Laser Beam Expanders
Laser Beam Expanders
We offer an extensive range of beam expanders including high power, low power, large aperture, achromatic (dual wavelength), apochromatic, manual zoom, and motorized variable zoom beam expanders covering wavelengths from UV to the IR. Special Optics’ high performance laser beam expanders feature: diffraction limited designs with expansion ratios from 2X to 40X input apertures of 1.3 mm to 20 mm and large output clear apertures of 1.3 mm to over 100 mm high transmission, low wavefront distortion, specified at single and dual wavelengths from 248nm to 1550nm damage thresholds are typically 500MW/cm2 These Galilean design beam expanders provide an adjustable focus for collimation at varying wavelengths, and to control divergence correction and focusing. They are adaptable for complex applications requiring increased power density at the focal point, beam guidance over long distance, dual wavelengths (1064nm and 532nm), high power laser energy, and large aperture needs. Typically aluminum construction to minimize thermal distortion Designed to be rugged and self-supporting Easy to use Provide accurate, unobstructed expansion for any collimated input source. Applications for Laser Beam Expanders include: Laser Micromachining / Laser Processing Laser Structuring of Foils Laser Scribing Cutting of Solar Cells Micro Drilling Laser Marking Lidar Systems Beam Condensing Remote Sensing Propagation Studies Collimation of Laser Harmonics Interferometers Collimation of High Power Lasers Special Optics is an ITAR registered company. Looking for a custom design? Contact us today.

We offer an extensive range of beam expanders including high power, low power, large aperture, achromatic (dual wavelength), apochromatic, manual zoom, and motorized variable zoom beam expanders covering wavelengths from UV to the IR.

Special Optics’ high performance laser beam expanders feature:

  • diffraction limited designs with expansion ratios from 2X to 40X
  • input apertures of 1.3 mm to 20 mm and large output clear apertures of 1.3 mm to over 100 mm
  • high transmission, low wavefront distortion, specified at single and dual wavelengths from 248nm to 1550nm
  • damage thresholds are typically 500MW/cm2

These Galilean design beam expanders provide an adjustable focus for collimation at varying wavelengths, and to control divergence correction and focusing. They are adaptable for complex applications requiring increased power density at the focal point, beam guidance over long distance, dual wavelengths (1064nm and 532nm), high power laser energy, and large aperture needs.

  • Typically aluminum construction to minimize thermal distortion
  • Designed to be rugged and self-supporting
  • Easy to use
  • Provide accurate, unobstructed expansion for any collimated input source.

Applications for Laser Beam Expanders include:

  • Laser Micromachining / Laser Processing
  • Laser Structuring of Foils
  • Laser Scribing
  • Cutting of Solar Cells
  • Micro Drilling
  • Laser Marking
  • Lidar Systems
  • Beam Condensing
  • Remote Sensing
  • Propagation Studies
  • Collimation of Laser Harmonics
  • Interferometers
  • Collimation of High Power Lasers

Special Optics is an ITAR registered company.

Looking for a custom design? Contact us today.

Supplier's Site

Technical Specifications

  Navitar, Inc.
Product Category Optical Lens Assemblies
Product Name Laser Beam Expanders
Type Beam Expander
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