quattroXX

Lossless beam splitting for multi kW lasers

Applications:
  • Welding
  • Cladding
  • Brazing
  • Multi-spot processing
Features:
  • Splitting in 4 spots
  • High transmission
  • Lossless operation
  • CA up to 48 mm
  • TEM00 and multimode lasers
  • Power up to 6 kW
  • Free of thermal lensing effects
  • Operation with scanners
  • Spectrum: NIR, VIS, NUV
patent pending

 Technical Specifications

Common for quattroXX optics
Description - lossless beam splitting in several foci perpendicular to the optical axis
- to be applied between a Collimator and a Focusing Lens
- can be used with scanning optics
- variable quattroXX-spot layouts, incl. Doughnut-like
- independence of operation from beam quality and size
- insensitive to misalignments
Number of foci 4
quattroXX-spot layouts Square, Rhomb, Line, Twin-spots
Input Collimated or low divergent/convergent beam
Laser multimode or TEM00, any M2 or BPP, any beam size within clear aperture
Spectrum near-IR, visible (incl. 450 nm, 515 nm), near-UV
Angular field of view ± 3°
Adjustment rings variation of geometry and energy distribution of quattroXX-spots,
supplied with angular scale, fixation using a screw
Water cooling by 6-1/8 fittings
Recommended maximum power 6 kW
Features
Model Spectral band, nm Splitting angle, mrad CA, mm Diameter,mm Length,mm Mounting
square side diagonal
quattroXX 4_D48_1030 / 1070 1025 - 1035 / 1065 - 1075 2.76 x 2.76 3.9 48 94 140 M58 x 1
quattroXX 1.9_D48_1080 1075 - 1085 1.33 x 1.33 1.88
quattroXX 1.9_D48_1030 1025 - 1035
quattroXX 0.754_D48_1070 1065 - 1075 0.533 x 0.533 0.754
quattroXX 0.754_D48_1030 1025 - 1035
quattroXX 6_D29_1064 1060 - 1073 4.25 x 4.25 6 29 < 75 < 138 M47 x 0.75
quattroXX 6_D29_1030 / 1070 1025 - 1035 / 1065 - 1075
quattroXX 8_D29_1064 1060 - 1073 5.68 x 5.68 8
quattroXX 8_D29_1030 / 1070 1025 - 1035 / 1065 - 1075

quattroXX - Lossless beam splitting for multi kW lasers

quattroXX - Lossless beam splitting for multi kW lasers

 Examples of quattroXX-spots

quattroXX - Lossless beam splitting for multi kW lasers

peaXXus

Lossless beam splitting with variable energy distribution

Applications:
  • Welding
  • Cladding
  • Brazing
  • Multi-spot processing
Features:
  • Splitting in 3 x 3 square spot matrix
  • High transmission
  • Lossless operation
  • CA 30 mm
  • TEM00 and multimode lasers
  • Power up to 6 kW
  • Free of thermal lensing
  • Operation with scanners
  • Various wavelengths
patent pending

 Specifications

Common for peaXXus optics
Description - lossless beam splitting in several foci perpendicular to the optical axis
- to be applied between a Collimator and a Focusing Lens
- can be used with scanning optics
- variable energy distribution in the peaXXus-spot
- independence of operation from beam quality and size
- insensitive to misalignments
Number of foci 9
peaXXus-spot layout 3 x 3 square matrix
Input Collimated or low divergent/convergent beam
Clear aperture 30 mm
Laser TEM00 or multimode, any M2 or BPP, any beam size within clear aperture
Maximum laser power 6 kW
Spectrum near-IR,  visible,  near-UV
Angular field of view ± 3°
Adjustment rings Supplied with angular scale, fixation using a screw
Water cooling by 6-1/8 fittings
Diameter 71 mm
Length 135.5 mm
Mounting External threads M47 x 0.75 entrance and exit
Features Splitting angle, mrad Spectral band, nm
square full side square full diagonal
peaXXus_1.8_sq_D30_1070 1.84 2.6 1065 - 1075
peaXXus_1.25_sq_D30_1070 1.22 1.72
peaXXus_0.9_sq_D30_1070 0.92 1.3
peaXXus_1.8_sq_D30_515/532 1.84 2.6 512 - 518 / 529 - 535
peaXXus_0.9_sq_D30_515/532 0.92 1.3

Example of operation in optical system with scanning optics

Example of operation in optical system with scanning optics

Characteristic peaXXus-spots, by different settings

Characteristic peaXXus-spots, by different settings

For your convenience, you can contact our R & D department, request literature, ask us a question.

About Us

AdlOptica works in field of multifocus and Laser Beam Shaping Optics finding numerous industrial and scientific applications. Multi-year developments are realized in family of piShaper systems, > 70 models: almost 100% efficiency, spectrum from UV to IR, power from mW to kW, CW or pulse lasers, achromatic design, variety of flat-top spot sizes, low sensitivity to misalignment.

AdlOptica is locating in Adlershof, Berlin, Germany's leading science and technology park.

Prism Award

AdlOptica

FoXXus is a highly flexible optics tool that gives lasers improved process performance at lower costs.

Contact Information

AdlOptica Optical Systems GmbH
Rudower Chaussee 29
12489 Berlin, Germany
Tel: +49 (30) 56 59 08 880
E-mail: info@adloptica.com