Optics

 

White Paper - Download PDF

After performing air cutting operations, use acetone and then vinegar to clean your laser cutting lens.

Read more Q&A »

 

10.600nm : CO2 Optics

Beam Splitters

Beam Splitters

These beamsplitters are designed to reflect a given percentage of the incident energy while trnasmitting the balance. The beamsplitters shown here are intended for use at 45 deg. AOI and 10.6 microns. Polarization must be specified due to differences in transmission and reflection values for S and P polarization. Beamsplitters can be provided with paralled surfaces, or they can be wedged to minimize interference caused by reflections of the second surface. BS Series beamsplitters feature a range of reflectance values between 4.5 and 50%.

Other reflectance values are available upon request.

Coating Designations

 

Below is a list of Series BS: Beamsplitters.
Please call (973) 598-1150 for pricing and availability.
Haas Part # Material Diameter Thickness Coating
OCS-25030-R08P-ZS-DCH ZnSe 1.000" 0.120" 8%R(p)-A/R
OCS-25030-R018U-ZS-DCH ZnSe 1.000" 0.120" 18%R(u)-A/R
OCS-25030-R027S-ZS-DCH ZnSe 1.000" 0.120" 27%R(s)-A/R
OCS-25030-R050U-ZS-DCH ZnSe 1.000" 0.120" 50%R(s)-A/R
OCS-25030-R050S-ZS-DCH ZnSe 1.000" 0.120" 50%R(s)-A/R
OCS-25030-R050P-ZS-DCH ZnSe 1.000" 0.120" 50%R(p)-A/R
OCS-25030-R050USP-ZS-DCH ZnSe 1.000" 0.120" 50%R(u,s,p)-A/R
OCS-38030-R050U-ZS-DCH ZnSe 1.500" 0.120" 50%R(u)-A/R
OCS-38030-R050S-ZS-DCH ZnSe 1.500" 0.120" 50%R(s)-A/R
OCS-38030-R050P-ZS-DCH ZnSe 1.500" 0.120" 50%R(p)-A/R
OCS-38030-R050USP-ZS-DCH ZnSe 1.500" 0.120" 50%R(u,s,p)-A/R
OCS-50032-R050S-ZS-DCH ZnSe 2.000" 0.160" 50%R(s)-A/R
OCS-50048-R050U-ZS-DCH ZnSe 2.000" 0.200" 50%R(u)-A/R
OCS-50048-R050S-ZS-DCH ZnSe 2.000" 0.200" 50%R(s)-A/R
OCS-50048-R050P-ZS-DCH ZnSe 2.000" 0.200" 50%R(p)-A/R
OCS-50048-R050USP-ZS-DCH ZnSe 2.000" 0.200" 50%R(u,s,p)-A/R

 


Sign up for our
Quarterly Email Newsletter

Stay informed with laser industry news and new product releases

Join Haas Laser Tech

Check out our
Technical Center

Read white papers and articles, watch laser videos and learn more about optic design.
Haas Technical Center »