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Low‑order waveplates are birefringent optical retarders fabricated from quartz crystal.
They introduce a controlled phase difference onto incident linearly‑polarized light to achieve polarization‑state conversion, for example transforming linearly‑polarized light into circularly‑polarized light.
Payment :
T/T PaymentProduct Origin :
ChinaShipping Port :
Fuzhou, ChinaHigh Precision Low Order Waveplate
Product Overview:
Low‑order waveplates consist of a single quartz‑crystal wafer.
Compared with standard multiple‑order waveplates, they feature reduced thickness and lower order values, delivering improved tolerance for temperature variation, wavelength shift and angle‑of‑incidence deviation.
These components also offer a high laser‑induced damage threshold with a compact, mechanically‑robust construction.
Scope of Use:
1. Laser systems: polarization tuning and polarization‑state conversion.
2. Optical measurement: polarization detection and spectral testing.
3. Quantum optics: quantum‑interference experimental setups.
4. Scientific research: diverse polarization‑optics laboratory experiments.
| Specifications: | |
| Type: | Half Waveplates Quarter Waveplates |
| Material: | Crystal Quartz |
| Dimension Tolerance: | +0.0, -0.1 mm |
| Surface quality: | 20-10 |
| Clear Aperture: | >90% |
| Wavefront Distortion: | λ/8@632.8 nm |
| Parallelism: | 2 arc sec |
| Retardation tolerance: | λ/300 |
| Coating: | AR/AR coating ,R<0.2% at central wavelength |
| Standard wavelengt: | 266nm, 355nm,532nm, 632.8nm, 780nm,808nm, |
| 850nm, 980nm,1064nm, 1310nm, 1480nm, 1550nm |
| Typical Sizes: | |
| Size(mm) | Size(mm) |
| Φ 5.0 | Φ20.0 |
| Φ10.0 | Φ25.4 |
| Φ12.7 | Φ30.0 |
| Φ15.0 | Φ38.1 |
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