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Drift-free, NO TWEAK� performance
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Smallest footprint in the industry
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Transportable
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Fully-integrated plug-and-play design
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Built-in computer control with embedded .Net DLL files accessible
from LabView, MatLab (R2009a & later), C#, VisualBasic
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Apple iPod Touch with iLase CPA client app for remote operation
and monitoring
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Built-in electronic shutter for �pulse-on-demand� delivery of
single or multiple pulses up to 64,000
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Over 10,000 hours of proven utility in micromachining
applications
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Ideal for
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Pumping OPA (NOPA, TOPAS)
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Nonlinear spectroscopy
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Micromachining
Our
field-proven CPA-Series Ti:Sapphire lasers redefine user-friendliness in a low
cost-of-ownership source of ultrashort pulses of light. It is a complete,
fully-integrated, ultrashort pulse oscillator/amplifier system controlled by an
embedded touch-screen computer or from any Windows-based computer with a network
connection. The included software provides control of laser performance
parameters such as power output, pulsewidth, pump power, timing, and selection
of single pulse or groups of multiple pulses. A suite of diagnostics is also
included to monitor laser performance. The simple, intuitive, user-friendly
interface provides both status information and control from external devices
such as the included Apple iPod Touch preloaded with our iLase CPA software app.
Resident .Net DLL files allow interfacing with your existing
application-specific, custom software (LabView, MatLab, VisualBasic, etc.)
The
Model CPA-Series provides the best of both worlds by combining the long life of
telecom-qualified single-emitter pump diode with the low cost of operation of a
single cw lamp. The result is a laser with the lowest cost of ownership on the
market today. It is fully compatible with our NOPA series of optical parametric
amplifiers providing tunable sub-50 fs pulses, TOPAS series of OPAs, STORC
Harmonic Generators, and ShapeShifter� ultrashort pulse nonlinear spectrometers
(transient absorption, pump/probe, CARS, surface-specific SFG, SHG, THG, etc.)
Performance Parameters:
|
Model |
Pulse energy |
M2 |
Repetition Rate |
|
CPA-2101 |
>0.8 mJ at ≤1kHz |
<1.5 |
Up to 1 kHz |
|
CPA-2110 |
>1mJ at 1kHz
>0.6 mJ at 1-2kHz |
1.2 +/- 0.1 |
Up to 2 kHz |
|
CPA-2161 |
Constant average power of 2.5 W from 3kHz to 6kHz
(Customer-chosen factory setting) |
1.2 +/- 0.1 |
3 to 6 kHz fixed |
|
CPA-2210 |
>2mJ at 1kHz
>1.5mJ at 1-2kHz |
1.2 +/- 0.1 |
Up to 2 kHz |
Pulsewidth: <150fs
Wavelength: 775nm
TBWP:
<1.4 x transform limit (sech2)
Polarization: Linear, horizontal
Aspect Ratio: 100:1
Transverse mode: TEM00
Energy stability: <1%rms
Beam
diameter (FWHM): 4 � 6mm
Beam
divergence: <100 microradians
Additional Output Options:
Amplifier pump laser: Up to 10mJ/pulse at circa 200ns pulsewidth at 532nm
Oscillator wavelength: Average power output >10 mW at 1550nm
or
>3mW at 775nm at nominal repetition rate of 30MHz
Picosecond Option for CPA-2101:
Pulse
energy:>0.6mJ at rep. rates ≤1kHz Linewidth: <8cm-1
TBWP:
<1.2 x transform limit (Gaussian)
Physical Dimensions:
Laser
head: 48� L x 20� W x 12� H
Power
supply: 28� H x 23� W x 38� D
Utility Requirements:
Electric: 110 VAC, 60 or 50 Hz, 10 A and 208 VAC, 60 or 50 Hz, 40 A
Water: Tap water, 4 gpm, 15-20�C, 30-50 psi
Warranty:
Oscillator parts, including the diode laser, are warranted for 40,000 hours or
five (5) years, whichever comes first. Please contact us for further details.
These products
protected under US patent numbers:
5,530,582;
5,572,358; 5,592,327; 5,594,256
Ultrashort Pulse Nonlinear
Spectrometer Ultrafast
Micromachining Workstation Non-Collinear
Optical Parametric Amplifier
Fully-Integrated Tunable Ultrafast Source for Microscopy Applications
High-Average-Power Femtosecond Laser
fs Lasers |
