1 / 6Lenses
2 mm Sapphire Spherical Lens, AR Coated
Sapphire spherical lens for microscopy and imaging with high performance and customizable options.
Core attributes
- Material
- Sapphire
- Shape
- Spherical
- Diameter
- 2 mm
- Coating
- anti-reflective (AR), mgf2
- Transmission bands
- VIS (400-700 nm), UV (<400 nm)
Product facts
Key attributes
- Material
- Sapphire
- Shape
- Spherical
- Diameter
- 2 mm
- Coating
- anti-reflective (AR), mgf2
- Transmission bands
- VIS (400-700 nm), UV (<400 nm)
Product description
This sapphire spherical lens is designed for applications in microscopy and imaging, effectively focusing or diverging light across the 400-700 nm and <400 nm wavelength bands. With a clear aperture greater than 92% and a flatness of lambda/2 at 632.8 nm, it ensures high optical performance. The lens is suitable for various optical systems, providing reliable performance in demanding environments.
Key Features
- Material: Sapphire for durability and thermal stability.
- Clear Aperture: >92% for optimal light transmission.
- Flatness: lambda/2 at 632.8 nm for high precision imaging.
- Centration: <2 arc min for accurate alignment in optical systems.
- Customizable: OEM and ODM options available for tailored solutions.
Applications
Microscopy, Imaging
Specification Summary
| Item | Value |
|---|---|
| Material | Sapphire |
| Shape | Spherical |
| Diameter | 2 mm |
| Coating | anti-reflective (AR), mgf2 |
| Transmission bands | VIS (400-700 nm), UV (<400 nm) |
Full Specifications
| Parameter | Value |
|---|---|
| Customized Support | OEM, ODM |
| Warranty | 2 month |
| Tolerance | +0.0/-0.1mm |
| S/D | 60/40,40/20 |
| Clear Aperture | >92% |
| Flatness | lambda/2 at 632.8nm |
| Centration | <2 arc min |
FAQ
What is the tolerance for diameter?
+0.0/-0.1 mm tolerance ensures precise fitting in applications.
Can I get custom sizes?
Custom-made spherical lenses from 2.0 mm to 500 mm diameter are available upon request.
Product inquiry
Request a quote
Share your application and target specifications. Optional optical details help clarify the request.
More to explore