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Pulse Diagnostics

ROC | Compact Autocorrelator for Ultrafast Laser Pulse Measurement
Axiom Optics
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ROC | Compact Autocorrelator for Ultrafast Laser Pulse Measurement
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ROC stands for Row Optical Correlator. Based on a compact and robust inline setup, the ROC allows the measurement of single-shot autocorrelation traces. Specifically designed to offer the easiest user experience, they cannot be misaligned and no calibration or tweaking is needed. Additionally, they are easily transportable. And yes, ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 5-10fs
Wavelength Range: 480-2100nm
Input Polarization: Vertical
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FSAC Interferometric Autocorrelator
Thorlabs, Inc.
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FSAC Interferometric Autocorrelator
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Thorlabs\' FSAC Interferometric Autocorrelator provides approximate pulse width measurements in the 650 - 1100 nm wavelength range. Well suited for diagnostics of femtosecond Ti:Sapphire lasers and 1um oscillators, it consists primarily of a modified Michelson interferometer with a nonlinear detector at the output. A ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 15-1000fs
Wavelength Range: 650-1100nm
Input Polarization: Horizontal
Scan Range: 50 - 10,000 fs
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APE peakDetect
Applied Physics & Electronics, Inc.
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APE peakDetect
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peakDetect is ideal for verifying the performance of ultrashort pulse lasers - especially when focusing on peak power sensitive applications and integrated systems for microscopy, micro-machining, medical diagnostics, or surgery. peakDetect is designed to provide a simple and cost effective way of verifying the ...

Specifications
Device Type: Peak Power Indicator
Measurable Pulse Width: 100-5000fs
Wavelength Range: 700 nm-1100nm
Input Polarization: Any
Repetition Rate: 1-1000kHz
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APE Carpe Microscopy Autocorrelator
Applied Physics & Electronics, Inc.
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APE Carpe Microscopy Autocorrelator
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APE\'s Carpe is a handy option for reviewing the management of short laser pulses in an optical microscope system. The Carpe autocorrelator measures the pulse duration at both the sample location and the input of the microscope. A comparison of the pulse widths obtained at these two spots enables you to calculate the pulse ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 50 fs-30fs
Wavelength Range: 700 nm-2000nm
Input Polarization: Horizontal
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APE FC Spider VIS
Applied Physics & Electronics, Inc.
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APE FC Spider VIS
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The FC Spider (Few Cycle Spider) by APE provides spectral and temporal characterization of ultrashort laser pulses down to below 5 fs. It covers both the red and near infrared range, and visible wavelength region with the FC Spider VIS. This high-precision tool is ideal for aligning and monitoring the performance of broadband ...

Specifications
Device Type: SPIDER
Measurable Pulse Width: 10 fs-150fs
Wavelength Range: 450 nm-900nm
Input Polarization: Horizontal
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APE Mini TPA Compact And Tuning-free Autocorrelator
Applied Physics & Electronics, Inc.
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APE Mini TPA Compact And Tuning-free Autocorrelator
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The Mini TPA by APE is the perfect combination of tuning-free autocorrelation measurement, compact size and high sensitivity.  Conventionally, autocorrelators used to split an optical pulse into two replicas and recombine them for the Second Harmonic Generation (SHG) in a nonlinear crystal. The APE Mini TPA instead benefits from ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 50 fs-30fs
Wavelength Range: 340 nm-3200nm
Input Polarization: Horizontal, Vertical
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APE pulseCheck The Modular Autocorrelator
Applied Physics & Electronics, Inc.
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APE pulseCheck The Modular Autocorrelator
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It is good to have plenty of options at hand. Suitable for the characterization of virtually any ultrafast pulsed laser, the pulseCheck autocorrelator from APE covers the broadest possible range of wavelengths and pulse widths. This flexibility is achieved by using exchangeable Optics Sets, typically consisting of a nonlinear crystal ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 10 fs-500fs
Wavelength Range: 200 nm-12000nm
Input Polarization: Horizontal, Vertical
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APE Second Harmonic Generation FROG
Applied Physics & Electronics, Inc.
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APE Second Harmonic Generation FROG
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Second Harmonic Generation FROG is the most popular spectrometer-less Frequency Resolved Optical Gating method. The pulseCheck autocorrelators by APE optionally integrate FROG, giving access to complete pulse characterization. The addition of a special nonlinear crystal module and dedicated software opens the door to complete ...

Specifications
Device Type: FROG
Measurable Pulse Width: 200 fs-6000fs
Wavelength Range: 420 nm-2200nm
Input Polarization: Any
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APE Spider IR 1 μm Central Wavelength
Applied Physics & Electronics, Inc.
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APE Spider IR 1 μm Central Wavelength
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The Spider IR is a precision tool optimized for the complete spectral and temporal characterization of laser pulses in the infrared. Based on the patented Spider* technology, it extends the existing range of APE Spider models to cover longer pulses, between 30 and 500 fs, at a central wavelength of around 1 μm. It also ...

Specifications
Device Type: SPIDER
Measurable Pulse Width: 30-500fs
Wavelength Range: 970-1070nm
Input Polarization: Horizontal
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d-shot
Sphere Ultrafast Photonics, S. A.
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d-shot
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The d-shot is a compact system for ultrafast laser pulses single shot measurement with spectrum supporting 10-50 fs and at repetition rates ranging from sub-Hz to hundreds of kHz or MHz. Coupling the laser beam into the d-shot is easily achieved in less than five minutes, and a full measurement (including retrieval) usually takes ...

Specifications
Device Type: d-scan
Measurable Pulse Width: 10-70fs
Wavelength Range: 700-1050nm
Input Polarization: Horizontal
Chirp Range: ±1500 fs2
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d-cycle
Sphere Ultrafast Photonics, S. A.
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d-cycle
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The d-cycle is the system of choice for fast and accurate measurement of even the most demanding ultrafast pulses, down to ultra-broadband spectra and single-cycle durations – the shortest for any commercially available device. Its versatile and standalone architecture handles a variety of state-of-the-art ultrashort pulse ...

Specifications
Device Type: d-scan
Measurable Pulse Width: 2.5-60fs
Wavelength Range: 450-1200nm
Input Polarization: Horizontal
Chirp Range: +/- 700 fs2
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d-scan
Sphere Ultrafast Photonics, S. A.
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d-scan
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THE ULTIMATE MEASUREMENT AND CONTROL TOOL FOR ULTRAFAST LASER SYSTEMSAND HOLLOW-FIBER COMPRESSORS d-scan is an inline, compact and high-performance device for the simultaneous measurement and compression of even the most demanding ultrafast pulses. d-scan can be used either as a standalone system or integrated with existing optical ...

Specifications
Device Type: d-scan
Measurable Pulse Width: 2.5-60fs
Wavelength Range: 450-1200nm
Input Polarization: Horizontal
Chirp Range: ±720 fs2
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FROGscan Real Time Ultrafast Laser Pulse Measurement System
Mesa Photonics LLC
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FROGscan Real Time Ultrafast Laser Pulse Measurement System
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Our FROGscan system is versatile, adaptable and easy to use. With our FROGscan, 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 ...

Specifications
Device Type: FROG
Measurable Pulse Width: 12-10000fs
Wavelength Range: 400-1800nm
Input Polarization: N/A
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FROG Scan Ultra - Versatile Ultrafast Laser Pulse Measurement System
Mesa Photonics LLC
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FROG Scan Ultra - Versatile Ultrafast Laser Pulse Measurement System
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FROG Scan Ultra is the most versatile Ultrafast Laser Pulse Measurement system available 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 ...

Specifications
Device Type: FROG
Measurable Pulse Width: 12-15fs
Wavelength Range: 450-1800nm
Input Polarization: N/A
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VideoFROG Scan Software
Mesa Photonics LLC
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VideoFROG Scan Software
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For ultrafast laser pulse measurement systems, the software is just as important as the hardware. VideoFROG Scan is the premier real-time FROG pulse measurement software available. It is easy to use, but still has all the features you need to make sure that your system is operating perfectly, and allows the FROG Scan to be interfaced ...

Specifications
Device Type: FROG
Measurable Pulse Width: 1-1fs
Wavelength Range: 1-1nm
Input Polarization: Horizontal
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APE FC Spider NIR
Applied Physics & Electronics, Inc.
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APE FC Spider NIR
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The FC Spider (Few Cycle Spider) by APE provides spectral and temporal characterization of ultrashort laser pulses down to below 5 fs. It covers both the red and near infrared range, and visible wavelength region with the FC Spider VIS. This high-precision tool is ideal for aligning and monitoring the performance of broadband ...

Specifications
Device Type: SPIDER
Measurable Pulse Width: 5-200fs
Wavelength Range: 550-1050nm
Input Polarization: Horizontal
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APE Compact LX Spider
Applied Physics & Electronics, Inc.
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APE Compact LX Spider
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The Compact LX Spider by APE is a portable, compact and robust instrument for spectral and temporal characterization of femtosecond laser pulses. It is the ideal candidate for Ti:Sa laser applications and other ultrashort pulse oscillators or amplifiers in the wavelength range 750 – 900 nm. Two interchangeable Optics Sets are ...

Specifications
Device Type: SPIDER
Measurable Pulse Width: 16-300fs
Wavelength Range: 750-900nm
Input Polarization: Any
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Rincon SS Single Shot Third-Order Cross-Correlator
Del Mar Photonics
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Rincon SS Single Shot Third-Order Cross-Correlator
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The new third-order cross-correlator specifically developed for measuring a wide array of output parameters from ultrafast laser system including: contrast ratio of laser pulses, determining pulse pedestal, pre-, post-pulses, and amplified spontaneous emission in femtosecond systems. It also provides information about the third-order ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 20-1000fs
Wavelength Range: 700-1500nm
Input Polarization: Horizontal
Temporal Range: 950 ps
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Rincon Cross-Correlator Pulse Profiling System
Del Mar Photonics
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Rincon Cross-Correlator Pulse Profiling System
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How  good  is  the  output  from  your  femtosecond laser? The  new  third-order  cross-correlator  was specifically  developed  for  measuring  a  wide  array of output parameters from ultrafast laser systems including: contrast ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 20-20000fs
Wavelength Range: 800-1250nm
Input Polarization: Horizontal
Input Pulse Repetition Rate: < 3 kHz
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IRA-3-10 Autocorrelator
Del Mar Photonics
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IRA-3-10 Autocorrelator
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The IRA-3-10 autocorrelator is specifically  developed for measuring pulse duration and near contrast ratio of IR ultrafast radiation (wavelength 3–10 μm) that is usually generated by the ultrafast OPAs.The IRA includes optomechanical  assembly and electronics with USB interface. System is easy to ...

Specifications
Device Type: Autocorrelator
Measurable Pulse Width: 30-50000fs
Wavelength Range: 3000-10000nm
Input Polarization: Horizontal, Vertical
Input Pulse Energy, μJ: < 10 uJ
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There are 24 different Pulse Diagnostics from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Pulse Diagnostics with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Pulse Diagnostics vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Laser pulses are some of the shortest events ever created. For some time, it was possible to create ultrafast laser pulses, but not to measure them. Today, powerful tools exist to collect much more accurate information on characteristics such as pulse duration, shape and form, as well as noise level of pulse waves. Laser pulse diagnostic systems, including Spider, FROG and Autocorrelator, are commonly used to characterize the output of ultrafast lasers. These systems help to determine the quality of the output, leading to highly sophisticated semiconductors, electrical circuitry, and even biomedical products.
External links:
1 - Chirped Pulse Amplification
2 - More in Our Blog