FIRST IN PHOTONICS
Within our Laser Diagnostic Equipment range you will find an extensive range of diagnostic equipment for ultra fast lasers including APE's range of autocorrelators, pulse pickers and SPDIERS and linagraph laser burn paper
The 521 Series Laser Wavelength Meter is for scientists and engineers who need to know the absolute wavelength of their CW laser, but do not need to know it to the highest accuracy available.
The best way to determine the absolute wavelength of CW lasers is with the 671 Series Laser Wavelength Meter.
The 771 Series Laser Spectrum Analyzer provides the most complete wavelength and spectral characterization of CW and high-repetition rate pulsed lasers that operate from 375 nm to 12 µm.
The 871 Series Pulsed Laser Wavelength Meter provides accurate wavelength information for researchers who need to know the exact wavelength of their CW or pulsed lasers.
228 Series Wavelength Meter - WDM. Single-wavelength, CW signals
The 228 Series Optical Wavelength Meter combines high accuracy and exceptional repeatability to achieve the most meaningful results for WDM test applications.
328 Series Wavelength Meter - WDM. Single-wavelength, CW and modulated signals
The 328 Series Optical Wavelength Meter is virtually identical to the model 228, except that it employs a fast Fourier transform analysis of the optical signal.
The 428 Series Multi-Wavelength Meter simultaneously measures wavelength, power, and OSNR of up to 1000 discrete optical signals.
828 Series Wavelength Meter - WDM. 1 kHz measurement rate, single wavelength, CW and modulated signals.
The 828B Optical Wavelength Meter measures the absolute wavelength of WDM lasers to an accuracy of ± 1 pm.
The BC-1 Series Fiber-Optic Input Coupler is a convenient way to launch a free-space laser beam into an optical fiber.
LC Series Fiber-Optic Laser Coupler
The LC-1 Series Fiber-Optic Input Coupler is a convenient way to launch a free-space laser beam into an optical fiber.
FOS Series Fiber-Optic Switch
With its ability to process up to 100 averaged spectra per second, while responding proportionally to multiple ions in each detector pulse, the FASTFLIGHT-2 is a superior solution for data acquisition in LC/TOF-MS and GC/TOF-MS applications.
The IR Spider is a precision tool for the complete spectral and temporal characterization of infrared (IR) laser pulses between 30 … 500 fs pulse width at 1µm wavelength. For chirped pulses of more than to 2ps width, the sign of the chirp can be detected – ideal for e.g. the alignment of pulse compressors.
The new FC SPIDER (Few Cycle SPIDER) from APE offers a precision tool for complete spectral and temporal characterisation in the red and NIR spectral region of ultra-short optical laser pulses with FWHM down to 5 femtoseconds.
The LX SPIDER from APE is a compact and robust instrument for complete spectral and temporal characterisation of femtosecond laser pulses.
The APE Mini autocorrelator is a compact standard autocorrelation system.
The Pulsecheck Autocorrelator from APE is the industry leader in ultrafast pulsewidth measurement.
The pulseCheck SM (Stepper Motor) autocorrelator is a versatile instrument for measuring the pulse width of different fs and ps laser systems and covers a broad wavelength range.
The APE Carpe autocorrelator is the first autocorrelator for microscopy applications.
APE's new ScanDelay USB is a high precision linear translation device that generates a defined linear shift of an optical component.
AstroComb Optical Frequency Synthesizer-based Calibration System
peakDetect is ideal for verifying the performance of ultrashort pulse lasers, focusing on peak power sensitive applications and integrated systems for microscopy, micro-machining and medical diagnostic/surgery.
The VIGOcam v50 thermographic camera is constructed with the use of a 384 x 288 microbolometric detector array. The new generation 35 µm pixel detector array and excellent optics ensure high thermal and spatial resolution.
Each Macken Laser Power Probe is a self contained unit consisting of an absorbing head, a temperature measuring mechanism and a readout dial.
Sirah's optogalvanic calibration device provides an excellent solution for wavelength calibration inadequacies in the visible and near UV regions of the electromagnetic spectrum.
Compete Windows TM control software for all Sirah lasers with complete LabVIEW TM support.
Power Technology offer a range of infrared viewers for alignment, thermal imaging and observation.
Easy to use, cost-effective device from APE for spectral analysis of cw and modelocked laser systems.
Ocean Optics Flame Spectrometer offers High Thermal Stability and User Interchangeable Slits.
HR Series High Resolution spectrometers from Ocean Optics.
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