Bending & Folding Prims
CVI
Serie P90 & P180: Bending and Folding prisms
- Damage thresholds: 10J/cm², 8ns pulse; 1MW/cm², CW at 1064nm typical
- Angular deviation: ±3 minutes
- Substrate material: UV grade fused silica or BK7
Dove Prisms
CVI
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
Equilateral Dispersing Prisms
CVI
Serie EDP:Equilateral Dispersing Prisms
- Angular deviation: ±3 minutes
- Substrate material: BK7, F2, UV grade fused silica or SF10 glass
- Three sides optically polished
Isoceles Brewster Prisms
CVI
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
Pellin Broca Prisms
CVI
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
Using Dispersing Prims
CVI
Technical Note: Using Dispersing Prims
Anamorphic Prism Pair
CVI
Ideal for beam expansion of Visible-Near infrared diode lasers
Diode lasers have an inherent asymetric radiation patern and elliptical beam shape due to their diode junction.
The anamorphic prism pair corrects the asymmetry, from elliptical to near circular shape, by expanding the beam in only one direction while the other direction remains unchanged.
The anamorphic prism pair corrects the asymmetry, from elliptical to near circular shape, by expanding the beam in only one direction while the other direction remains unchanged.
Right Angle Prims
CVI
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
Photonics 
