High Power Fixed beam expanders

Features:

  • Diffraction limited performance

  • ​Beam reduction range 0.6x – 0.8x

  • 343, 355, 515, 532, 1030, 1064 nm

  • Sliding lens design

  • <1 mrad beam wander

  • Lenses made from fused silica

  • No internal foci

  • LIDT:

  • >25 J/cm2 @ 1064 nm, 10 ns, 100 Hz

  • >10 J/cm2 @ 532 nm, 10 ns, 100 Hz

  • >5 J/cm2 @ 355 nm, 10 ns, 100 Hz

Description

 

Standard items

Expansion Wavelength, Recommended max Divergence Product ID Drawing 3D file Brochure
nm input beam, Ø mm adjustment range*
0.8x 343-355 15.5 ±2 mrad FX0.8-3H PDF STEP PDF
515-532 FX0.8-2H PDF
1030-1070 FX0.8-1H PDF
0.9x 343-355 15.5 ±2.5 mrad FX0.9-3H PDF
515-532 FX0.9-2H PDF
1030-1070 FX0.9-1H PDF
1.0x 343-355 14 ±3 mrad FX1.0-3H PDF
515-532 FX1.0-2H PDF
1030-1070 FX1.0-1H PDF
1.1x 343-355 14 ±8 mrad FX1.1-3H PDF
515-532 FX1.1-2H PDF
1030-1070 FX1.1-1H PDF
1.2x 343-355 13 ±1.5 mrad FX1.2-3H PDF
515-532 FX1.2-2H PDF
1030-1070 FX1.2-1H PDF
1.35x 343-355 11.5 ±3 mrad FX1.35-3H PDF
515-532 FX1.35-2H PDF
1030-1070 FX1.35-1H PDF
1.4x 343-355 11 ±1.5 mrad FX1.4-3H PDF
515-532 FX1.4-2H PDF
1030-1070 FX1.4-1H PDF
1.5x 343-355 10 ±2 mrad FX1.5-3H PDF
515-532 FX1.5-2H PDF
1030-1070 FX1.5-1H PDF
1.6x 343-355 9.5 ±2 mrad FX1.6-3H PDF
515-532 FX1.6-2H PDF
1030-1070 FX1.6-1H PDF
1.7x 343-355 9 ±2 mrad FX1.7-3H PDF
515-532 FX1.7-2H PDF
1030-1070 FX1.7-1H PDF
2.0x 343-355 8 ±2 mrad FX2.0-3H PDF STEP
515-532 FX2.0-2H PDF
1030-1070 FX2.0-1H PDF
2.4x 343-355 6 ±1.5 mrad FX2.4-3H PDF
515-532 FX2.4-2H PDF
1030-1070 FX2.4-1H PDF
* – divergence adjusment is inherently depentent on input beam diameter. Provided divergence adjustment values are for max recommended input beam diameter

 

 

 

 

Description

Beamera presents fixed expansion ratio laser beam expander for high power applications. It features four main advantages that help to stand out from the competition:

·         Large input aperture

·         Fine divergence adjustment

·         Sliding lens design

·         Hard locking

Fixed beam expander is available for 1-st, 2-nd & 3-rd harmonics of both Neodymium and Ytterbium laser lines. Divergence adjustment solution is embedded in the system to allow for smooth and fine divergence adjustment compensation, which is crucial in laser machining process fine-tuning.

Expander is designed to comply strict stability, robustness requirements that are inflicted by industrial lasers applications, which makes it suitable for both – industrial and demanding scientific use.
Hard locking function allows to lock the lenses in place while making the beam expander resistant to high loads from acceleration/deceleration when it is mounted onto moving parts.

Main applications for fixed beam expander are laser marking/engraving and laser microfabrication with moderate powers (e.g. surface structuring, 2 photon polymerization, cutting).

It is advised to consider high power beam expander design if average power exceeds the following values:

  • 1st harmonic >100W;

  • 2nd harmonic  >50W;

  • 3rd harmonic  >10W.

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