| Visible & NIR Optics | Precision Photonics |
|
 | Laser optics and optical assemblies includes etalons, cubes, polarizers, waveplates, laser mirrors, micro-optics, bonded high-power laser optics, and IBS coatings.
Read more ... Laser optics and optical assemblies includes etalons, cubes, polarizers, waveplates, laser mirrors, micro-optics, bonded high-power laser optics, and IBS coatings. - Etalons
- High-Energy Laser Mirrors
- High-Energy Broadband Mirrors
- Broadband Dispersion-Free Mirrors
- Custom Beamsplitters & Dichroics
- Polarizing Beamsplitter Cubes
- Thin-Film Plate Polarizers
- Waveplates
- Micro-Optics
- Prisms & Assemblies
- Custom IBS Coatings
- Composite Laser Optics
All Optical components are ROHS compliantPrecision Photonics Visible & NIR Optics | 
|
| Anamorphic Prism Pair - AP - APUV | CVI |
|
 | CVI's AP and APUV anamorphic prism pairs reshape the elliptical beam inherently produced by the asymmetric radiation pattern of diode and excimer lasers.
Read more ... CVI's AP and APUV anamorphic prism pairs reshape the elliptical beam inherently produced by the asymmetric radiation pattern of diode and excimer lasers.
A near circular beam can be attained by properly aligning a pair of identical wedge prisms to the appropriate magnification ratio.
CVI stocks mounted prism pairs with aspect ratios from 2:1 to 6:1 for one-dimensional (anamorphic) expansion or reduction of any laser beam. A ¼-20 thread mounting hole is centered on the base.
The input face of each prism is aligned to near Brewster's angle so no AR coating is required if the input light is P-polarized or unpolarized. Informing us of the input polarization when ordering allows the overall transmittance through the assembly to be optimized.
- Beam expansion, reduction or reshaping
- Advise input polarization when ordering to optimize overall transmittance
- Ideal for UV-NIR diode, excimer and Nd:YAG lasers
CVI Anamorphic Prism Pair - AP - APUV | 
|
| Bending & Folding Prims | CVI |
|
 | Serie P90 & P180: Bending and Folding prisms
Read more ... Serie P90 & P180: Bending and Folding prisms Use P90 serie bending prism as broadband, high energy 90° reflectors
Use P180 serie folding prism for broadband, high Damage thresholds beam folding- Damage thresholds: 10J/cm², 8ns pulse; 1MW/cm², CW at 1064nm typical
- Angular deviation: ±3 minutes
- Substrate material: UV grade fused silica or BK7
CVI Bending & Folding Prims | 
|
|
 | Serie DP: Dove Prism
Read more ... Serie DP: Dove Prism - Angular deviation : ±3 minutes
- Substrate material : BK7
- High energy AR and BBAR coated prism are also available
- Image inverting or beam folder prism
CVI Dove Prisms | 
|
| Equilateral Dispersing Prisms | CVI |
|
 | Serie EDP:Equilateral Dispersing Prisms
Read more ... Serie EDP:Equilateral Dispersing Prisms
- Angular deviation: ±3 minutes
- Substrate material: BK7, F2, UV grade fused silica or SF10 glass
- Three sides optically polished
CVI Equilateral Dispersing Prisms | 
|
| Isoceles Brewster Prisms | CVI |
|
 | Serie IB:Isoceles Brewster Prisms
Read more ... Serie IB:Isoceles Brewster Prisms - Angular deviation: ±3 minutes
- Substrate material: Suprasil1, UV grade fused silica , LaFN28, LaKL21 or SF10 glass
- Two sides optically polished
- GVD correction prisms for femtosecond systems
- Extremely small loss for P-polarization beam
CVI Isoceles Brewster Prisms | 
|
|
 | Serie PLBC: Pellin Broca Prisms
Read more ... Serie PLBC: Pellin Broca Prisms - Angular deviation: angle C±30 minutes - angle D:±2°
- Substrate material: Suprasil1, UV grade fused silica, Crystal Quartz or BK7
- Three sides optically polished
CVI Pellin Broca Prisms | 
|
|
 | Serie RAP Uncoated:Right Angle Prims
Read more ... Serie RAP Uncoated:Right Angle Prims
- Angular deviation: ±3 minutes
- Substrate material: Suprasil1, UV grade fused silica or BK7
- High energy AR and BBAR coated prism are also available
- Applications: include UV beam routing and variable delay line
CVI Right Angle Prims | 
|
| Using Dispersing Prims | CVI |
|
| Technical Note: Using Dispersing Prims
Read more ... Technical Note: Using Dispersing Prims CVI Using Dispersing Prims | 
|