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Variable, easy to adjust working fields |
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Modular and compact design for easy integration |
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Robust and dust proof (CE, IP 54) for industrial
conditions |
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Customized solutions |
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Outstanding price/performance ratio |
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Design
The AXIALSCAN subsystems offer very small spot diameters at large
field sizes, flexibility, high scan speed, long-term stability, and
low drift values for superior quality standards.
The combination of very small spot diameters at large working field
sizes and the resulting high power density in the spot enables new
applications and allows reduced system costs.
The modular, compact, robust and pre-aligned design (CE, IP 54)
makes integration easy.
RAYLASE products combine optimized optics, fine tolerance mechanics,
superior electronics and outstanding galvanometer scanners.
Field Sizes
Subsystems for CO2-lasers are designed for field sizes from 100 x
100 mm up to 2,000 x 2,000 mm.
Field sizes for subsystems of other wavelengths upon request. |
Quality
Product quality is RAYLASE’s first goal. Subsystems are shipped to
customers only after passing exacting tests.
Optics
Lenses, protection windows, and mirrors are available for all
typical laser types
Interfaces
The subsystems are electrically and mechanically compatible to the
XY2-100 standard. They can be controlled via high-speed data link
with a suitable control card.
Tyical Applications
Material processing such as cutting, perforating, welding, drilling;
processing on the fly; 3D-applications, stereolithography, rapid
tooling. |
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Field Size (mm x mm)
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100 x
100
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300 x
300
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500 x
500
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750 x
750
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1,000 x
1,000
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1,250 x
1,250
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1,500 x
1,500
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Spot Diameter 1/e2 (µm) *
AXIALSCAN -C-30/BO
AXIALSCAN -C-20
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80
-
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200
330
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330
490
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490
670
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650
915
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810
1,190
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1,430
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Working Distance (mm) **
AXIALSCAN -C-30/BO
AXIALSCAN -C-20
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77
-
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325
355
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572
580
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882
905
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1,191
1,205
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1,500
1,505
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-
1,830
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| Resolution (µm) |
< 4
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< 10
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< 16
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< 24
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< 32
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< 40
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< 48
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Temperature Drift
(max., µm/°C) *** |
12
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36
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60
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90
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120
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150
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180
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Writing Speed ****
AXIALSCAN -C-30/BO
AXIALSCAN -C-20 |
1
-
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3
4.5
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5
7.5
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7,5
11
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10
15
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12,5
18.5
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-
22.5
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* Input beam quality M2 < 1.2.
** Distance between edge of scan head and working surface.
This distance will vary with laser divergence and lens tolerance.
*** Maximum temperature induced gain drift: 0.01%/°C; maximum offset
drift: 25µR/°C. Drift is specified per axis.
**** For relative comparison only.
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| Laser |
Nd:YAG
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Nd:YAG
doubled
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Nd:YAG
tripled
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Wavelength (nm)
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1,064
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532
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355
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Coating
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Dielectric
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Dielectric
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Dielectric
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Reflectivity (min.) @ Wavelength (nm)
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99.5% @ 1,064
80.0% @ 633
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99.5% @ 532
50.0% @ 633
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99.0% @ 355
80.0% @ 633
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Flatness @ 633 nm
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Lambda/4
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Lambda/4
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Lambda/4
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Max. Laser Power, cw (W/cm2)
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500
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500
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100
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Max. Laser Power,
100 ns Pulse Width (MW/cm2)
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100
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100 (10 ns)
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20 (10 ns)
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Surface Quality (Scratch/Dig)
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40/20
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40/20
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40/20
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| Laser |
Visible
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Diode
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CO2
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Wavelength (nm)
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400 - 700
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800 - 980
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10,600
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Coating
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Silver
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Dielectric
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Dielectric or Metal
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Reflectivity (min.) @ Wavelength
(nm)
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97.0% @ 400 - 700
97.0% @ 633
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99.0% @ 808 - 980
50.0% @ 633
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99.5% @ 10,600
80.0% @ 450 - 650
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Flatness @ 633 nm
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Lambda/4
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Lambda/4
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Lambda/4
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Max. Laser Power, cw (W/cm2)
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70
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500
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500
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Max. Laser Power,
100 ns Pulse Width (MW/cm2) |
N/A
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N/A
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400
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| Surface Quality (Scratch/Dig) |
40/20
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40/20
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40/20
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* Examples, ask yor mirrors with other wavelengths.
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