FIRST IN PHOTONICS
Within our laser diagnostic equipment range you will find an extensive range of diagnostic equipment for ultrafast lasers including APE's range of autocorrelators, pulse pickers, spectral phase interferometry for direct electric-field reconstruction (SPIDERS) and also Moglabs wavelength meters that accurately measure the absolute wavelength and spectrum of laser systems.
This special autocorrelator provides high-contrast measurements, and therefore reveals temporal information of pre-/post-pulses, pedestals and satellites.
The APE Carpe autocorrelator is the first autocorrelator for microscopy applications.
The pulseCheck autocorrelator from APE is the industry leader in ultrafast pulsewidth measurement, covering pulses from 5fs to 500ps and 200nm to >12um.
The APE Mini autocorrelator is a compact standard autocorrelation system.
Easy to use, cost-effective devices for spectral analysis of both CW and modelocked laser systems. Configurations cover 200nm to 6300nm with down to 0.2nm resolution.
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.
A Standalone compact wavelength measurement device based on Fizeau interferometers, providing reliably accurate measurements over a wide range of wavelengths (400-1100nm) without recalibration.
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.
APE's new ScanDelay USB is a high precision linear translation device that generates a defined linear shift of an optical component.
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.
A compact and economical grating-based laser wavelength measurement device, with integrated display and ethernet/USB connectivity.
AstroComb Optical Frequency Synthesizer-based Calibration System
Power Technology offer a range of infrared viewers for alignment, thermal imaging and observation.
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