![Gradient Index (GRIN) Rod Lenses](https://productimages.edmundoptics.com/3125.jpg?w=305&quality=80)
- Ideal for Fiber Coupling and Laser Diode Applications
- Comparable Performance to Conventional Aspherical Singlets
- Multiple Sizes and Wavelength Options
![Cylindrical Microlens Arrays](https://productimages.edmundoptics.com/5782.jpg?w=305&quality=80)
- Generate Non-Gaussian Line Patterns
- Ideal for Light Homogenization
- Excellent Performance from 193nm – 2.5μm
![Multi-Lens Arrays](https://productimages.edmundoptics.com/7459.jpg?w=305&quality=80)
- Integrated, Monolithic Design
- Single Sided Arrays Create Even Illumination in Pairs
- Double Sided Arrays Ideal for Laser Top Hat Profile Generation
![Fast Axis Collimators](https://productimages.edmundoptics.com/3436.jpg?w=305&quality=80)
- Aspheric Cylindrical Lens Designs for Fast Axis Collimation
- Standard AR Coating for 790 – 990nm
- Ideal for Laser Diode Collimation
- Slow Axis Collimators Also Available
![Slow Axis Collimators](https://productimages.edmundoptics.com/21066.jpg?w=305&quality=80)
- Designed for Use with Laser Bars
- Can be Used With Fast Axis Collimators
- Low Curvature Deviation for Increased Collimation
- Fast Axis Collimators Also Available
![Focusable Collimators](https://productimages.edmundoptics.com/4211.jpg?w=305&quality=80)
- Can Be Coupled to Standard 0.22 NA Fiber Optic Cables
- Options Available for UV-VIS or VIS-NIR
- Multiple Focal Length or Aperture Options
![Rod Lenses](https://productimages.edmundoptics.com/7245.jpg?w=305&quality=80)
![TECHSPEC® components are designed, specified, or manufactured by Edmund Optics.](/Assets/images/logo-techspec-product.gif)
- Focuses Collimated Light into a Line
- Available in Diameters as Small as 1mm
![Spherical Aberration Compensation Plates](https://productimages.edmundoptics.com/4748.jpg?w=305&quality=80)
![TECHSPEC® components are designed, specified, or manufactured by Edmund Optics.](/Assets/images/logo-techspec-product.gif)
- Precision N-BK7 Substrate
- Optimized for Use in Collimated Light with Small Fields of View
- Transmitted Wave Front Accurate to λ/16
![3D Printed Gradient Index (GRIN) Lenses](https://productimages.edmundoptics.com/8927.jpg?w=305&quality=80)
- Additively Manufactured through 3D Printing
- Highly Customizable Technology Enables Complex Lens Designs
- Variable Index by Alternating Polymer Material
![Molded Compound Parabolic Concentrators (CPCs)](https://productimages.edmundoptics.com/9827.jpg?w=305&quality=80)
- Ideal for Concentrating Solar Energy
- 2.5 and 5mm Exit Diameters
- 45° Acceptance Angle
![Linear Microlens Arrays](https://productimages.edmundoptics.com/10452.jpg?w=305&quality=80)
- Fused Silica and Silicon Substrates
- 1x4 and 1x8 Lens Array Configurations
- Ideal for Fiber Coupling and Collimating
![Dynamic Optics Deformable Lenses](https://productimages.edmundoptics.com/20938.jpg?w=305&quality=80)
- Transmissive Adaptive Optics for Wavefront Correction
- Visible AR Coating for >97% Transmission
- Ideal for Aberration Correction in Microscopy Applications
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