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Our Capabilities

Since its inception, the gratings business of Newport Corporation has developed two key competencies:

  • The generation of master gratings, both by mechanical ruling and by holographic recording.
  • The replication of optically equivalent copies of the master gratings, in order to produce commercial quantities of gratings cost effectively.

Both of these key competencies are required to meet the demands of our customers, including timely deliveries of products, in high quantities, that meet all technical specifications with minimal part-to-part variation at reasonable cost.

Generation of Master Gratings

Newport Corporation possesses five ruling engines, of which three are in operation to produce spectroscopic-grade master gratings (the other two are used for training and R&D). Holographic recording facilities are used to produce plano (flat) and concave holographic master gratings.

Replication

Both types of master gratings (ruled and holographic) are replicated using essentially the same process, which allows hundreds and thousands of optically equivalent replica gratings to be produced from a single master grating.

Product range

Newport Corporation manufactures a wide variety of gratings:  More...


Coatings

Aluminum is the standard coating for reflection gratings, though UV-protected aluminum, gold, silver, &c can be used as well to improve the performance of the grating in certain spectral regions.

Transmission gratings, which have no reflective coatings, are also available.

Grisms often have antireflection coatings on one face of the prism.

Testing and characterization

Newport Corporation has the following testing capabilities:  More...

OEM Services

Newport Corporation offers services required by some of our OEM customers:  More...


 
Founded in 1969, Newport is a pioneering single-source solutions provider of laser and photonics components to the leaders in scientific research, life and health sciences, microelectronics, industrial manufacturing, and homeland security markets.


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New Products
1: Plane Ruled Diffraction Gratings
2: Plane Holographic Diffraction Gratings
3: Concave Ruled Reflectance Gratings
4: Echelle Gratings
5: Large Astronomical Gratings
6: Plane Transmission Gratings -- Visible
7: Plane Transmission Gratings -- Ultraviolet
8: Dye Laser Tuning Gratings
9: Molecular Laser Tuning Gratings
10: Concave Holographic Reflectance Gratings
11: Pulse Compression Gratings
12: Fiber Optic Telecommunication Gratings
13: UV / Vis Gratings
The Catalog Number System
Types of Diffraction Gratings
Special Requests & Custom Gratings
Grating Specifications
Grating Efficiency
Standard Tolerances
Certification & Warranty
Cleaning Gratings & Surface Defects
Terms & Conditions of Sale
Addendum to Terms & Conditions
      of Sale – Master Gratings
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Diffraction Grating Handbook
Technical Data                 >>
Technical Notes                >>
Publications
Our Capabilities
About Richardson Gratings
Reflectance Curves of Standard Coatings, UV-VIS-NIR
Epoxy Transmission Curves, UV-VIS-NIR
Relative Index of Epoxies in the Visible Spectrum
Relative Index of Epoxies in the Infrared Spectrum
Blaze Angle vs Blaze Wavelength curves (Littrow Angle)
1: Laser Tuning with Diffraction Gratings
2: Pulse Compression and Stretching with Diffraction Gratings
3: Concave Gratings
4: Transmission Gratings
5: Grisms
6: Echelle Gratings
7: The Blaze Arrow
8: Handling Gratings
9: Scattered Light and Stray Light
10: Guidelines for Specifying Diffraction Gratings
11: Determination of the Blaze Wavelength
12: Sources of Error in Monochromator-Mode Efficiency
      Measurements of Plane Diffraction Gratings
13: Measurement of Polarization-Dependent Loss (PDL)
      for Plane Diffraction Gratings
14: Fundamentals of Diffraction Grating Technology
      and Industrial Laser Applications of Gratings
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