The Integra-C is the most compact, high energy one-box amplified ultrafast Ti:Sapphire system available, producing over 3.5 mJ.

Clark-MXR CPA-Series lasers are the only fully integrated kHz Ti:Sapphire laser systems on the market today. The turn-key nature of this extremely compact laser accentuates its productivity and utility.

With a truly No Tweak™ design, these lasers will run for days without the need to periodically readjust it to optimize performance.

>20 Watts Average Power Ultrashort Pulse Laser

IMPULSE™ is an all-diode-pumped, direct-diode-pumped Yb-doped fiber oscillator/amplifier system capable of producing variable pulse energies up to 10 microjoules at repetition rates between 200 kHz1; and 25 MHz (20 Watts average power output at 2 MHz.) This is more than an order-of-magnitude higher than has traditionally been available in a one-box ultrashort pulse laser design.

IMPULSE™ is based on a revolutionary new concept in mode-locked oscillator/amplifier technology. The use of a Yb-doped fiber-oscillator/fiber-amplifier design combines the low noise performance associated with solid state operation with the high spatial mode quality of fiber lasers.

IMPULSE™ is a compact, robust source of femtosecond pulses with the ease-of-operation, stability and reliability you would expect from a fiber source. And all its major parameters are computer controlled, which allow it to be easily interfaced to your industrial workstation or experiment. Optional accessories include micromachining workstations, harmonic generators, and OPA/NOPA wavelength converters.

Clark-MXR, Inc. offers 4 optical parametric amplifiers to suit your varying needs.

Please click on the links below to learn more about our models.

NOPA - Noncollinear Optical Parametric Amplifier
NOPAi - Noncollinear Optical Parametric Amplifier designed to be pumped by Impulse
IR-OPA - White Light Continuum Seeded Infrared Optical Parametric Amplifier
TOPAS - Traveling Optical Parametric Amplifier

Superior Performance
• >5.0 mJ @ 1 kHz
• Pulse duration <30 fs
  (<25 fs available with AO shaper)
• Excellent beam quality M² <1.4
• High contrast ratio >1000:1

Quantronix Advantage
• No special cooling required
• One vendor solution
  

Diode pumped. Ultra fast.
High-Q offer new diode-pumping technology providing higher powers and new wavelengths with simpler lasers. Inquire about: Femtosecond Nd:glass. Picosecond Nd:Vanadate. Femtosecond Ytterbium lasers. Frequency Conversion. Micro-joule and Milli-joule-class fs/ps lasers. And more.

Ultra fast. SESAMs.
As our core technology, we use SESAMs (SEmiconductor Saturable Absorber Mirrors) for conveniently generating picosecond and femtosecond pulses. SESAMs passively generate ultrashort pulses from a diode-pumped solid state laser and therefore make for very compact and easy-to-use picosecond and femtosecond lasers.

User replaceable diode modules. URDM.
Extends the laser system life time to multiple diode lives. Makes diode-pumped ultra fast lasers ready for heavy usage.

Models offered include:

picoTRAIN™ series
Compact, all diode-pumped, solid-state picosecond oscillator
NIR, Green & UV with packaging options: IC, UC, and SC

femtoTRAIN™ series
Compact solid-state femtosecond oscillator with integrated (diode-) pump laser
Nd:Glass, Ytterbium & Ti:Sapphire with packaging options: IC, UC, and SC

picoREGEN™ series
All-In-One Picosecond Oscillator / Regenerative Amplifier System

femtoREGEN™ series
All-In-One Femtosecond Oscillator / Regenerative Amplifier System

femtoNOVA™ / picoNOVA™ series
Cavity-Dumped Mode-Locked Ultrafast Oscillators

 

picoTRAIN™ Data Sheet

picoTRAIN™ Green and UV Data Sheet

picoTRAIN™ Ultra Compact Data Sheet

Compact, all diode-pumped, solid-state femtosecond oscillators

• NEW: Up to 4 W at 1045 nm
• NEW: Up to 100 nJ at 1045 nm
• 1030 - 1060 nm (Nd:Glass and Ytterbium), down to 200 fs, up to 4 W, 20 MHz and 76MHz
• 800 - 900 nm (Ti:Sapphire), down to 50 fs, up to 400 mW, 76 MHz
• Available in IC, UC, and SC packaging
• Passive and self-starting semiconductor saturable absorber modelocking (SESAM)
• User Replaceable Diode Module (URDM) (Nd:Glass and Ytterbium)
• Integrated industrial-grade CW green pump laser (Ti:Sapphire)
• High temporal and spatial stability
• Compact and modular set-up
• Sealed-off technology
• Hands-free, true turnkey operation
• Single phase power supply
• Air-cooled closed-loop chiller (included)
• RS 232 software remote control

Please ask for

• Picosecond version of femtoTRAIN™ Ti:Sapphire
• Other wavelengths: SHG, THG, FHG
• Other repetition rates 20 to 120 MHz

femtoTRAIN™ Nd:Glass and Ytterbium Data Sheet

femtoTRAIN™ Ti:Sapphire Data Sheet

femtoTRAIN™ Ultra Compact Ytterbium Data Sheet

All-In-One Picosecond Oscillator / Amplifier System

• NEW: Up to 30 W at 1064 nm
• 1047 - 1064 nm, down to 8 ps, up to 3 mJ, up to 500 kHz, up to 30 W
• Highest pulse energies at low repetition rates or at single pulse operation
• Integrated picoTRAIN™ seed laser with semiconductor saturable absorber modelocking (SESAM)
• All-dioded-pumped solid state technology
• Compact and modular set-up
• TEMoo beam profile
• High temporal and spatial stability
• Single phase power supply
• Air-cooled closed-loop chiller (included)
  

Please ask for

• NEW: Picosecond OPA: Tunable output from 200 nm to 3000 nm
• Frequency conversion: SHG, THG, FHG
• Different laser materials, e.g. Nd:YLF
• Different pulse durations up to 150 ps
• Pulse Picker

picoREGEN™ Data Sheet

All-In-One Femtosecond Oscillator / Regenerative Amplifier

• NEW: Up to 8 W at 1035 nm
• 1035 - 1053 nm, down to 250 fs, up to 1 mJ, up to 8 W, up to 500 kHz
• Integrated femtoTRAIN™ seed laser with semiconductor saturable absorber modelocking (SESAM)
• All-diode-pumped solid state technology
• Compact and modular set-up
• TEMoo beam profile
• High temporal and spatial stability
• Single phase power supply
• Air-cooled closed loop chiller (included)
  (Picture shows one of the inside modules on the system housing)