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Speed combined with accuracy and
reliability |
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Robust and dust proof (CE, IP 54) for industrial
conditions |
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Easy integration and dual-head applications |
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Customized solutions |
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Outstanding price/performance ratio |
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Design
The TURBOSCAN XY-Scan heads set the standards for speed, long term
stability, and low drift values. The compact and robust design (CE,
IP 54) and the reduced weight are further advantages.
RAYLASE products combine fine tolerance mechanics, optimized mirror
design, high-quality electronics, and outstanding galvanometer
scanners.
Quality
Product quality is RAYLASE’s first goal.
Scan heads will only be supplied to customers after passing
exacting tests.
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Mirrors and
Objectives
Mirrors and objectives are available for
all typical laser types and working field sizes.
Interfaces
The scan heads are electrically and mechanically compatible to the
XY2-100 standard. They can be controlled via high-speed data link,
with a suitable control card, or by using an analog current or
voltage interface.
Typical Applications
Marking; material processing such as engraving, ablation, drilling,
cutting, welding; electronic production such as structuring,
trimming; processing on the fly; stereolithography; rapid tooling;
3D-applications. |
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| Scan head |
Aperture (mm)
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Possible Writing
Speed*;** (cps)
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Possible Positioning
Speed* (m/s)
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Weight(Kg)
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TURBOSCAN -7
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7
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> 1,000
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> 12
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1.3
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TURBOSCAN -10
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10
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> 600
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> 7
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2.8
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TURBOSCAN -12
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12
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> 500
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> 7
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2.8
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TURBOSCAN -15
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15
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> 400
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> 7
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2.9
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| TURBOSCAN -25 |
25
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-
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> 5
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4.3
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| TURBOSCAN -30 |
30
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-
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> 4
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5.0
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Long-term drift over a period of 8 hours: <
0.45 mrad ***.
* F-Theta-objective f-160.
** Single-stroke font with 1 mm height.
*** After Warm-up. Variations of environmental temperature < 1°C. Drift
is specified per axis. |
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| Laser |
Nd:Yag
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| Wavelength (nm) |
1,064
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1,064
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1,064
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1,064
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| Objective (f in mm) |
f = 100
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f = 160
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f = 163
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f = 254
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| Typical Field Size (mm) |
60 x 60
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110 x 110
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120 x 120
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180 x 180
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Spot Diameter TEM00 (µm)
Aperture 7, 10 mm
Aperture 15 mm |
~33/~23
~16
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~45/~31
~22
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~45/~31
~22
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~70/~50
~33
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Working Distance (mm)*
Aperture 7, 10 mm
Aperture 15 mm |
152/126
130
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229/203
209
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-/226
229
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370/356
356
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| Resolution (µm) |
< 2
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< 4
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< 4
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< 6
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| Temperature Drift (max., µm/°C)** |
9
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15
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15
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23
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| Laser |
Nd:Yag
doubled
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Nd:Yag
tripled
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| Wavelength (nm) |
532
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355
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| Objective (f in mm) |
f = 160
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f = 160
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| Typical Field Size (mm) |
110 x 110
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110 x 110
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Spot Diameter TEM00 (µm)
Aperture 7, 10 mm
Aperture 15 mm |
~22/~15
~11
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~15/~12
-
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Working Distance (mm)*
Aperture 7, 10 mm
Aperture 15 mm |
229/203
208
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241/222
227
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| Resolution (µm) |
< 4
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< 4
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| Temperature Drift (max., µm/°C)** |
15
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15
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| Laser |
Diode
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CO2
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| Wavelength (nm) |
808 - 980
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10,600
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10,600
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10,600
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| Objective (f in mm) |
f = 163
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f = 100
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f = 200
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f = 300
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| Typical Field Size (mm) |
110 x 110
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70 x 70
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140 x 140
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210 x 210
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Spot Diameter TEM00 (µm)
Aperture 7, 10 mm
Aperture 15 mm |
-
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~330/~230
~180
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~540/~380
~270
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~810/~570
~375
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Working Distance (mm)*
Aperture 7, 10 mm
Aperture 15 mm |
-/-
259
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109/88
91
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209/190
193
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309/288
292
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| Resolution (µm) |
< 4
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< 2
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< 4
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< 6
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| Temperature Drift (max., µm/°C)** |
15
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9
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19
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28
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* 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.
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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 for mirrors with other wavelengths.
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