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Laser beam shaping has never been so easy!

Laser beam shaping has never been so easy!

Laser beam shaping has never been so easy!
 

Laser beam shaping has never been so easy!

 
Laser beam shaping has never been so easy!
Laser beam shaping has never been so easy! Laser beam shaping has never been so easy! Laser beam shaping has never been so easy!
 

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Dr. Alexander Laskin provides an overview of AdlOptica 
				and discusses the company's beam shaping optics products.

Focal-piShaper in Photovoltaics


Finalist of 2010 Prism Awards for Photonics Innovation

Laser beam shaping has never been so easy!
πShaper 12_12 High efficient laser beam shaping systems for UV, Visual and NIR

 

Most important specific needs of applications based on the UV-lasers as well as Short-pulse Ti:Sapphire lasers are taken into account while developing the πShaper 12_12 systems.

Applications:

  • Free Electron Lasers
  • Fluorescence Technologies
  • Flying Plate Technique
  • Display Making Technologies
  • Mass-Spectrometry
  • Ultrashort Pulse Laser Pumping
  • MOPA Techniques
  • Material processing
Laser beam shaping systems for UV and NIR.
Technical Specifications:
Common for all πShaper 12_12 models:
Input beam TEM00 or multimode with Gaussian or similar intensity profile
Output beam - Collimated
- Flat-top, uniformity within 5%
- Diameter 12 mm
- High edge steepness
Other features - Compact design suitable for scientific and industrial applications
- Basic models suitable for high peak power pulse lasers
- Long working distance
- Water cooling, option for CW (or average) power > 500 W
- Protection windows, optional
Mounting Input:  Outer Thread M27x1                        Output:     Outer Thread M33x1
          Inner Thread M23x0.75                                     Adaptor M33x1 -> M27x1 (Outer)

       Features

Model*
Input beam
all values at 1/e2
Output beam
Diameter, mm

(FWHM)
Spectral
range, nm
Overall dimensions, mm
Weight, g
Applications
based on
Diameter
Length
_1064
- collimated
- Dia 12.8 – 13.0 mm
12.4
1020 - 1100
49
270
530
Nd:YAG, Fiber lasers,
Other NIR Lasers
_1064_HP
- collimated
- Dia 12.0 – 12.1 mm
12.0
42
328
530
_1064_C
- divergent
- Divergence 58 mrad
12.0
42
285
480
_TiS
- collimated
- Dia 12.8 – 13.0 mm
12.3
700 - 900
49
270
530
Ti:Sapphire lasers,
Other NIR Lasers
_TiS_HP
- collimated
- Dia 12.0 – 12.1 mm
12.0
42
328
530
_532
- collimated
- Dia 12.8 – 13.0 mm
12.0
515 - 550
49
270
530
2nd Harmonic Nd:YAG,
Lasers of Visual range
_532_HP
- collimated
- Dia 12.0 – 12.1 mm
11.8
42
328
530
_355
- collimated
- Dia 12.7 – 12.9 mm
11.4
330 - 380
49
270
530
3rd Harmonic Nd:YAG,
Lasers of UV-range
_355_HP
- collimated
- Dia 12.0 – 12.1 mm
11.3
42
328
530
_266
- collimated
- Dia 12.6 – 12.8 mm
10.6
250 - 270
49
270
530
4th Harmonic Nd:YAG,
Lasers of UV-range
_266_HP
- collimated
- Dia 12.0 – 12.1 mm
10.6
42
328
530
_266_C
- divergent
- Divergence 60 mrad
12.0
42
285
480
* - Basic models are Telescopes of Galilean type (without internal focus),
    Models with index _HP are versions for high peak power lasers,
    Models with index _C are Collimators without internal focus.

       piShaper_12_12_leaflet (Beam shaping) - πShaper_12_12_leaflet


Basic principles of πShaper 12 12 operation:

  • πShaper transforms Gaussian or similar intensity distribution of source laser beam to a flattop one;
  • TEM00 or multimode with Gaussian or similar intensity profile can be applied;
  • Achromatic design provdes this transformation for a certain wavelength range;
  • Galilean design, thus there are no intermediate focusing of a beam;
  • There are two versions of the πShaper 12_12 systems: Telescope and Collimator, please, look at the descriptions below;
  • With changing the size of input beam the output beam profile changes as well;
  • When changing the shape of input beam it is possible to adapt the πShaper to provide flattop output profile, this adaptation is realized through changing the diameter of source beam;
  • Versions of the πShaper 12_12 for other wavelengths ranges are, also, available.
Beam Shaping with using πShaper 12_12_355 (Telescope)
Collimated Input and Collimated Output :
Laser beam shaping systems for UV and NIR.

To increase a picture
Operation of the Collimator version, example of πShaper 12_12_266_C
Divergent Input and Collimated Output:
Laser beam shaping systems for UV and NIR.

To increase a picture
Drawing of πShaper 12_12_355:

Laser beam shaping has never been so easy! Laser beam shaping has never been so easy! Laser beam shaping has never been so easy!
   

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Laser beam shaping has never been so easy!