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Laser Line Lens

 

Laserline Lens is one kind of aspherical lens, which can transform laser beam into a straight laser line. At present our laserline  Lens are available in fan angles of 5°, 10°, 15°, 20°, 30°, 45°, 53°, 60°, 70°, 75°, 85°, 90° and 96°. The lens is optimized for a Φ0.8mm, Φ1mm, Φ1.25mm, Φ1.5mm, Φ2mm, Φ2.2mm, Φ2.6mm, Φ3mm, Φ3.6mm, Φ4mm, Φ5mm and Φ7mm input laser beam diameter. And it will convert the beam into a uniform, straight line. Using this lens design will result in an impressive, even distribution of energy along the length of the line. These lenses offer excellent overall stability and line quality. They outperform cylindrical lenses that generate Gaussian beam profiles with hot-spot center points and fading edges. originally designed for laser line generators, they are now offered unmounted for a variety of custom applications, including: use in alignment, machine vision systems, construction and process control.

 

Key Feature
  • Accurate Fan Angle
  • Excellent Uniformity
  • Lens Diameter: 8.92±0.02mm
  • AR coating is available
  • Handmade with High Precision

 

Specification

Wavelength Red or Green
Fan Angle 5°,10°,20°,30°,45°,53°,60°,70°,75°,85°,90°,96º
Angle tolerance ±1°
Beam Diameter @1/e² 0.8mm, 1.0mm, 1.25mm, 1.5mm, 2.0mm, 2.2mm, 2.6mm, 3.0mm, 3.6mm, 4.0mm,5.0mm,7.0mm
Line Intensity Uniformity (Pmax. – Pmin.) ≤10%, ≤25%, ≤35%, ≤45%
Dimension Dia.8.92mm
Length 7-9mm
Note: Other Dimensions (Dia. 6mm, 6×6×6mm) are available upon request.

 

Dimension

 

Standard Products

Part No. Fan Angle Input Beam Diameter Line Intensity Uniformity Coating
JLL30 30° 1.0mm <45% None
JLL45 45° 2.6mm <25% None
JLL20 20° 3.0mm <35% None
JLL60 60° 1.5mm <25% AR @ 532nm

 

 

 Input Beam diameter 08-0.8mm; 10-1.0mm; 12-1.25mm; 15-1.5mm; 20-2.0mm; 22-2.2mm; 26-2.6mm; 30-3.0mm; 36-3.6mm; 40-4.0mm; 50-5.0mm; 70-7.0mm
 Fan angle 05-5°; 10-10°; 15-15°; 20-20°; 30-30°; 45-45°; 53-53°; 60-60°; 70-70°; 75-75°; 85-85°; 90-90°; 96-96°
Line Intensity Uniformity A: <10%; B: <25%; C: <35%; D: <45%
Coating C: with AR coating, both side; N: without coating 
Coating Wavelegnth AR coating @ wavelength

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