|
We
offer a new series of diode pumped solid state lasers operating in CW
and Q-switched mode, useful for a wide range of industrial and
scientific applications
•
CW and 0-100 KHz Q-Switched operation
•
Superb beam quality: M2
£1.2
•
Excellent power and beam pointing stability
•
Sealed and rugged design for stability and reliability
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Optical to optical efficiency > 50%
•
Air cooled
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Very long lifetime (10.000 hours)
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Easy turn key and maintenance free operation
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Microprocessor control
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Fiber coupling to main unit
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Custom front plate for interface to galvo heads
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Micromachining
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High precision marking
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Engraving
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ID card personalization
•
Plastic marking
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|
F-2 |
F-3 |
|
Nominal power [W] |
10 |
20 |
|
Wavelength [nm] |
1.064 |
1.064 |
|
duration [ns] |
6
to 20 |
6
to 20 |
|
Beam quality [M2] |
£1,2
|
£1,2 |
|
Power stability [%] (8 hours) |
< 3
|
< 3 |
|
Energy / Pulse [mJ @ 10 kHz] |
0,50 |
1,00 |
|
Repetition rate [kHz] |
0-100 |
0-100 |
|
Cooling |
Air |
Air |
|
Operating temperature [°C ] |
10-45 |
10-45 |
|
to
pulse stability [% rms] |
< 2
|
< 2 |
|
Output beam diameter [mm ] |
6,0 |
6,0 |
|
Power supply [V 50/60 Hz] |
110-230,50/60 |
110-230,50/60 |
|
Power consumption [W] |
max
400 |
max
600 |
|
Power supply dimensions [LxWxH mm] |
414x275x197 |
414x275x197 |
|
resonator dimensions [LxWxH mm] |
186x126x103 |
186x126x103 |
|
Power supply weight [Kg] |
19
|
29 |
|
resonator weight [Kg] |
2,3 |
2.3 |
|
Relative humidity (non condensing) % |
10
- 85 |
10
- 85 |
|
Storage temperature [°C] |
-5
- 55 |
-5
- 55 |
|
Conformity to EEC rules |
89/336/EEC ”Electromagnetic Compatibility”, 72/23/EEC ”Low
Voltage” |
|
Conformity to EU standard |
EN
60204-1 ”Safety of machinery ”
EN
60825-1 ”Safety of laser products”
EN
50081-1 ”Emission standard”
EN
50082-2 ”Immunity standard” |
|
Laser Class |
Operating laser source =1064 nm - Class IV Pumping laser diode
=808 nm - Class IV
Aiming beam =635 nm - Class 2M |
|
Conventional
solid-state lasers are pumped by a flashlamp. The lifetime of the lamp
is generally shorter than 400 hours and the coupling efficiency of the
lamp power into the laser crystal is very low (normally less than 3%),
resulting in various undesirable effects such as serious thermal
lensing, bad beam quality, bulky physical size and frequent replacement
of the flashlamps. Solid-state lasers have undergone a renaissance since
the development of reliable and cheap diode lasers, which can be used as
pump sources. It has led to a new class of diode-pumped solid-state
(DPSS) lasers which have been demonstrated to be highly efficient,
reliable, and are attractive for a wide range of applications. DPSS
lasers take the advantages of both flashlamp-pumped solid-state lasers
and diode lasers, and therefore exhibit more advantages as follows:
