MesaPhotonics, LLC
Mesa Photonics manufacturers scientific test and measurement equipment. Since 2008, our ultrafast laser pulse measurement products are sold throughout the world and are the only products capable of real time measurements.
- 505-216-5015
- 866-569-6994
- info@mesaphotonics.com
- 1550 Pacheco Street
Santa Fe, NM 87505
United States of America
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Product
Atmospheric Sciences
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Atmospheric Sciences productsz by Mesa Photonics: portable monodispersed droplet generator, cloud droplet measurement system, heterodyne spectrometer.
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Product
Custom X-FROG Systems
X-FROG Scan
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Because of the design changes in our FROG Scan system, we can customize the FROG Scan systems to your needs to create X-FROG systems where you supply a reference pulse and a pulse to be measured. Please contact us for your needs.
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Product
High-Speed Optical Delay Line
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The Peregrine Optical Delay Line (1-cm, 60 ps delay) and the Gyrfalcon Optical Delay Line (2-cm, 120 ps) are high-speed, high precision, voice coil motor optical delay lines. They have zero-backlash and no hysteresis. Both have similar form factors that are compatible with 30-mm cage components and 1.035” – 40 threads. Both include full digital and analog control and include a USB interface.
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Product
Ultrafast Laser Pulse Measurement
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Ultrafast Laser Pulse Measurement Products by MesaPhotonics
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Product
Incorporated a Convenient LabView Interface to the Output
LabView VIs
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Several VIs are available for plotting and monitoring pulse parameters. Update rates can be adjusted as well as the plots. The VIs are intended to be easily understood and easily modified for your particular application.
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Product
Diode Laser Spectroscopy
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Diode Laser Spectroscopy by Mesa Photonics: Herriott Cell and OEM laser diode controller boards.
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Product
Ultrafast Laser Pulse Measurement
FROG Scan
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Our FROG Scan system is versatile, adaptable and easy to use. With our FROG Scan, you can tweak a laser system or measure highly chirped pulses to calculate the amount of dispersion compensation you might need for recompression. Measure a short pulse that has been chirped out to several picoseconds, or measure pulses as short as 12 fs in real-time.
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Product
Ultrafast Laser Pulse Measurement System
FROG Scan Ultra
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With a slightly larger format than our high value FROG Scan system, our FROG Scan Ultra platform allows any Ocean Optics spectrometer to be used (including the QE65000 and InGaAs models). This means higher resolution and the availability of InGaAs detectors for your ultrafast laser system. It can measure pulses from nearly 4 ms (custom systems only) to as short as 450 nm.
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Product
Optical Delay
ODL
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The Peregrine Optical Delay Line (ODL) provides an exceptional combination of precision, speed, and optical stability at a low price. It is ideally suited for pump-probe experiments and autocorrelation measurements (both interferometric and intensity methods). Advanced voice coil technology allows the ODL to be positioned anywhere in its travel range to within 150 nm. That’s 1 fs for a double-pass configuration. The response time is as short as 1 ms. Our 1-cm-travel ODL is interferometrically stable (measured using a 650 nm laser). No backlash, no hysteresis and no drive trains to wear out as with stepper motors. It’s convenient–the ODL can be positioned using digital commands, an analog voltage or a combination of the two. Two 16-bit on-board analog-to-digital converters simplify data collection. Digital inputs and outputs allow master or slave clocking. An executable Windows application is provided to get you up and running in minutes. In addition, DLLs and LabVIEW Vis for integration into your software are also included.
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Product
Autocorrelator
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Our autocorrelator is designed for those who do not require the sophisticated pulse characterization provided by our FROG Scan systems. Mesa Photonics' autocorrelators are built around the same advanced servo motor used in our FROG Scan systems and can be upgraded later to a complete FROG Scan or FROG Scan Ultra by purchasing a conversion kit. The servo motor precision corresponds to 1 fs temporal steps.
