High-Performance Glan Taylor Polarizers for Optical and Laser Applications
At Bote Optics, we design and manufacture Glan Taylor polarizers for scientific, industrial, and laser systems. Built using high-grade birefringent crystals such as calcite or α-BBO, our Glan Taylor polarizers deliver excellent polarization purity, low wavefront distortion, and high damage thresholds.
Whether you are working with laser beams, imaging systems, or spectroscopy setups, a Glan Taylor polarizer offers precise control over light polarization, especially in applications where linearly polarized light is required.
What Is a Glan Taylor Polarizer?
A Glan Taylor polarizer is a type of prism polarizer composed of two right-angle prisms cemented together. It transmits the extraordinary (e) ray while reflecting the ordinary (o) ray out of the optical path. This design ensures high extinction ratio and broad angular acceptance, making it ideal for narrow or collimated laser beams.
Key Features:
- High transmission of p-polarized light
- High extinction ratio (>100,000:1 possible)
- Low beam deviation
- Air-spaced or cemented design options
- Wavelength coverage from UV to NIR (190–2300nm)
Polarizer Types Compared
| Polarizer Type | Operating Range | Best For | Extinction Ratio |
|---|---|---|---|
| Glan Taylor Polarizer | 190–2300 nm | High-power lasers, narrow beams | Very High |
| Circular Polarizer | Visible – NIR | Photography, AR/VR, displays | Medium |
| Wire Grid Polarizer | UV – IR (0.3–30 μm) | Broadband, thermal imaging | Medium to High |
| Glan Polarizer (General) | UV – NIR | Laser systems, lab instruments | High |
While other polarizer types like circular polarizers and wire grid polarizers are suited to specific needs, Glan Taylor polarizers are a top choice for precision laser optics and polarization-sensitive measurements.
Applications of Glan Taylor Polarizers
- Laser beam control and cleaning
- Polarization-sensitive imaging systems
- Quantum optics and atomic physics
- Raman and fluorescence spectroscopy
- Polarization interferometry
- Optical isolators and beam combiners
From lab research to industrial automation, Glan Taylor polarizers help ensure consistent, stable, and pure polarized light in demanding environments.
Custom Glan Taylor Polarizers by Bote
At Bote Optics, we provide customized Glan Taylor polarizers based on your system’s wavelength, beam size, and power requirements. Our vertically integrated production ensures tight tolerances, quality coatings, and fast turnaround.
Available Options:
| Parameter | Specification Range |
|---|---|
| Clear Aperture | 5 mm to 25 mm |
| Wavelength Range | 190 nm – 2300 nm (UV to NIR) |
| Material | Calcite / Alpha-BBO |
| Extinction Ratio | >100,000:1 (typical) |
| Coatings | AR Coating (single or broadband) |
| Design Style | Cemented or Air-Spaced prisms |
🔍 Need a polarizer for a high-power UV laser or broadband spectroscopy? Let us tailor the perfect optical solution.
- Inspection Equipment List and Metrology of Bote Optics
- Introduction of BOTE Key Equipment
- Catalog of Precision Optics
- Catalog of Imaging Optics
- ISO9001-2015 Certified
Why Choose Bote for Glan Taylor Polarizers?
✅ In-house R&D and polishing workshops in China
✅ Final testing and export managed through Singapore
✅ Flexible MOQ and responsive communication
✅ Expertise in precision coatings and crystal assembly
✅ ISO-controlled production process
Our dual-location advantage enables high-quality production and international delivery without the bottlenecks caused by export restrictions from certain countries.
📦 Global Shipping from Singapore
We support international orders with competitive lead times and no export control issues.
Glan Taylor vs. Glan Laser Polarizer – What’s the Difference?
| Feature | Glan Taylor | Glan Laser |
|---|---|---|
| Power Handling | Medium to High | Very High |
| Design Type | Cemented or air-spaced | Always air-spaced |
| Beam Deviation | Minimal | Lower than Glan Taylor |
| Cost | More affordable | Higher |
| Use Case | General laser optics | High-power laser systems |
If you’re unsure which type suits your setup, our engineers can advise based on your power, wavelength, and budget.
FAQs About Glan Taylor Polarizers
Q1: Can I use Glan Taylor polarizers with high-power lasers?
A: Yes, but for extremely high power, we recommend air-spaced designs or switching to Glan Laser polarizers for improved damage thresholds.
Q2: How does a Glan Taylor differ from a wire grid polarizer?
A: Glan Taylor uses birefringent crystals for polarization separation, while wire grid polarizers rely on sub-wavelength metal structures. The former offers higher extinction for laser applications.
Q3: Can I request anti-reflective coatings?
A: Absolutely. We offer AR coatings optimized for your working wavelength (e.g., 532 nm, 1064 nm, etc.).
Q4: What’s the typical lead time?
A: Standard lead time is 2–3 weeks, with expedited options for urgent projects.
Get a Quote for Your Polarization Optics Today
Improve your optical system’s performance with high-extinction Glan Taylor polarizers — made with precision and care at Bote Optics.
👉 Contact us now or email [email protected] to get a fast quotation or start a custom order.