Fly-Eye Lens 38.24mm Focal Length

FEL-46S03-38.24PM

Fly-Eye Lens is used when making illumination light of homogeneous brightness for projector and semiconductor manufacturing equipment. If used in fly-eye lenses of 2 pieces in pair, even strong diffusing light such as a lamp, it can be a light of rectangular intensity distribution.
◦Two types are available for focal length of 42.07mm with partitions of 7 × 9 and 38.24mm with partition of 10 × 13.
◦With an anti-reflection coating, the incident light can be almost used as illumination light without loss of light.
◦By using press molding technology to make the glass lens we have achieved both high performance and low cost.
More Information
Name Fly-Eye Lens 38.24mm Focal Length
Weight 0.0050kgs
Standard Coatings Available No
Guide
  • We can provide a custom lens array suitable for your application. Please contact our Sales Division with your request and supply the number of divisions, the focal length, the size and the wavelength.
  • We can also produce the optical systems using fly lens array.
  • B270® is a registered trademark of SCHOTT AG.
Remark -
Attention
  • Imaging lens is not included in the specification. In addition, fly-eye lens array is sold one by one.
  • When used in a laser with high coherence, noise may be generated in the intensity distribution due to the diffraction by the border line of the lens.
Image Label Fly-Eye Lens 38.24mm Focal Length
Material Hard glass (ex. B270
Coating Broadband Multilayer antireflection coating
Wavelength range 400 - 700nm
Incident angle 0° (by Coating)
Focal length tolerance ±3%
Tolerance of center axis of matrix lenses ±1.5mm
Focal length 38.24mm
Radius of curvature 20.0mm
In stock
SKU
FEL-46S03-38.24PM
$105.00

Delivery in : in stock

Fly-Eye Lens is used when making illumination light of homogeneous brightness for projector and semiconductor manufacturing equipment. If used in fly-eye lenses of 2 pieces in pair, even strong diffusing light such as a lamp, it can be a light of rectangular intensity distribution.

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