Other Products
Northrop Grumman SYNOPTICS is the world's leading manufacturer of synthetic crystals and optical components used primarily in the solid-state laser industry.
Air-Spaced Polarizing Cubes and Optical Assemblies
| | Type 1 | Type 2 | Type 3 |
|---|---|---|---|
| Polarization transmittance, TP | > 98.0% | > 97.5% |
> 97.0% |
| Contrast ratio, TP / TS |
> 500:1 | > 500:1 | > 500:1 |
| Damage threshold @ 1064nm, 20nspulse |
500MW/cm2 | 500MW/cm2 | 300MW/cm2 |
| Transmitted wavefront distortion @ 633nm |
< 1/8ë | < 1/8ë | < 1/4ë |
| Transmitted beam deviation |
< 2arc minutes | < 3arc minutes |
< 3arc minutes |
| Reflected beam deviation | < 4arc minutes | < 4arc minutes |
< 4arc minutes |
| Acceptance angle |
+0.5° to -0.5° | +0.5° to -0.5° |
+0.5° to -0.5° |
| Surface quality, scratch-dig |
20 - 10 | 40 - 15 |
60 - 20 |
| Surface reflectivity |
< 0.15% |
< 0.25% | < 0.25% |
| Operating temperature range | -40°C to +70°C | -40°C to +70°C |
-40°C to +70°C |
| Standard wavelength |
1064nm |
1064nm | 1064nm |
 Data Sheet |
Bonded YAG Optics
Optical properties of YAG bonds:
- Transmitted wavefront distortions low Peak to Valley.
- Opto-lase grade wavefront distortion achieved in bonded rods.
- Mean stress birefringence decreases > 25% below as-grown contacted crystals following bonding heat treatment.
- Loss contribution of bonds is negligible.
High strength YAG bonds:
- >30% higher average strength in flexure tests than competitor bonds.
- Bond failures do not originate at the bond interface.
- Increased reliability indicated by higher Weibull modulus values.
- All SYNOPTICS bonds pass boiling water thermal shock testing.
Materials available for bonding:
- All garnet materials (Nd:YAG, CTH:YAG, Er:YAG, GGG)
- Ceramic Nd:YAG
- Fluoride materials (Nd:YLF)
- Contact SYNOPTICS for bonding of other materials
For more information contact the Sales Team:
E-mail | (704) 588-2340
Contract Crystal Growth
We have more expertise on crystal growth than any other company in the world. Our capabilities include Czochralski, Flux, Hydrothermal, and Liquid Phase Epitaxy growth technologies. Some examples of contract laser crystals are shown below:
| Material | Examples | Application |
|---|---|---|
| RE-doped Aluminum Garnets | Nd, Cr:YAG Tb:YAG Yb:GSGG |
Lasers |
| RE-doped Gallium Garnets |
Nd:GGG | Lasers |
| RE-doped Scandium Garnets |
Nd, Cr:GSGG Er, Cr:YSGG |
Lasers |
| RE-doped vanadates |
Tm:YVO4 Ho:YVO4 |
Lasers |
| RE:YLF |
Pr:YLF Tb:YLF |
Lasers |
| RE:perovskites | Tm:YAIO3 (YAP) | Lasers |
| Fluoroapatites |
Yb:SFAP | Lasers |
| LGB, lithium gadolinium borate |
Ce:Li6 Gd B3 O9 | Neutron detector |
| Strontium iodide |
Eu:Srl2 | Scintillator |
| TGAG | Terbium Gallium Aluminum Garnet | Faraday rotator / isolator |
| Data Sheet |