Acylinder Lenses
- Materials: Optical glass、optical crystal and others
- Diameter(mm): 5-500
- Diameter Tolerance(mm): ±0.03
- Thickness Tolerance(mm): ±0.03
- Surface finish (American standard) : 60-40或10-5
- Surface accuracy: λ/10@632.8nm or higher
- Focal length error: ±2%
- Clear Aperture: >90%
- Eccentricity: ≤3 arcmin or higher
- Bevel: 0.2mmX45°
- Coating: Customization
Description
Introduction of Bote Acylinder Lenses
Acylindrical lenses are usually made of high-quality optical materials, such as glass or optical plastics. Its surface is precision polished and coated to ensure excellent optical performance and long-term stability.
Lens shapes and sizes can be customized to specific application needs to meet different optical system requirements. The main function of a cylindrical lens is to focus or diverge light in a specific direction.
Due to its unique shape, it can achieve large optical effects in a small space. In addition, cylindrical lenses can also be combined with other optical components to achieve more complex optical functions.
Application
Bote cylindrical lenses are widely used in various fields, including but not limited to:
- Optical communication: In fiber optic communication systems, cylindrical lenses can be used for focusing and coupling of optical signals.
- Medical Equipment: In medical equipment, such as endoscopes, cylindrical lenses are used to transmit and focus light to achieve clear images.
- Scientific research experiments: In experimental research in the fields of physics, optics and other fields, cylindrical lenses can be used to construct specific optical systems.
- Industrial Inspection: In industrial inspection, cylindrical lenses can be used to focus light to achieve high-precision measurement and inspection.
Feature of Bote Acylinder Lenses
- Directional focusing: Able to focus light in a specific direction to achieve precise beam control.
- Space efficiency: Due to its rod-like shape, large optical effects can be achieved in a small space.
- Flexibility: Can be customized according to specific application needs to meet different optical system requirements.
- Stability: Using high-quality optical materials and precise manufacturing processes to ensure long-term stability.
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