Account

Glan-Laser Polarizers

Glan-Laser Polarizers
Glan-Laser Polarizers Glan-Laser Polarizers

 Materials: Calcite, α-BBO, or YVO4 crystal.
  Air-spaced structure.
 Crystals cut at close to Brewster angle to minimize loss
 High extinction ratio (> 100,000:1) over a large range of wavelength. 
 Minimal beam displacement and angular deviation for
  the transmitted beam. 
 Mounted with escape windows for high power application.
Aperture up to 20 mm. Housing OD: 1" (25.4 mm), 30 mm, or 38.1 mm.

Please use "Add to Cart" to place the interesting products in the shopping cart. Check out with online payment or ask us for the prices/availability via the shopping cart. Filters below or the form at the bottom can be used to assist product search or make further inquiries.
Material:
Wavelength:
Aperture:
Part No. Description Material Wavelength Aperture Price Availability Add to Cart


Glan-Laser Polarizer Specifications:

Surface Quality:            20-10 scratch and dig
Wavefront Distortion:     <
 λ/4 @ 632.8 nm
Dimensions Tolerance:    +/- 0.1 mm
Beam Deviation:            < 3 arc minutes
Housing:                     
Black anodized aluminum
, OD 1", 30 mm, or 38.1 mm.

 


Standard Product parameters:
 

Part No. Material

Wavelength Range (nm)

Extinction
Ratio

Angular
Field (o)

Apertureφ(mm)

Outside
 D (mm)
GLB0208 α-BBO 210-300 200,000:1

>6.0

8 25.4
GLB0210 10 25.4
GLB0215 15 30.0
GLB0308 300-700 8 25.4
GLB0310 10 25.4
GLB0315 15 30.0
GLB0708 700-2500 8 25.4
GLB0710 10 25.4
GLB0715 15 30.0
GLC0308 Calcite 350-2300 100,000:1  >7.0 8 25.4
GLC0310 10 25.4
GLC0315 15 30.0
GLY0508 YVO4 500-4000 200,000:1 >6.0 8 25.4
GLY0510 10 25.4
GLY0515 15 30.0

 

Coatings:  
                  
a-BBO: Single layer MgF2 on input/output surfaces
Calcite/YVO4: Uncoated

Multilayer AR coating available upon request.


Typical Transmission Curves:

Calcite (350 - 2300 nm)

 

If you do not find the suitable products above, you may let us know your requirements or applications in the form below. Our sales or technical staff will get back to you as soon as possible.

Please provide your contact information for us to get back to you:

Name:
Title:
Organization:
Work Phone:
E-Mail Address:
Enter the code in the box below:
 
 
Newlight Photonics Inc. © 2017