With no moving parts or additional accessories, BeamWave® performs real-time measurements of all critical laser beam characteristics including intensity distribution, wavefront and beam propagation parameters. Thanks to its capability to measure simultaneously intensity and phase data at ultra high resolution, beam shape and intensity distribution can be measured at any distance from the device's measurement location without moving parts. All critical data for laser beam monitoring such as power distribution and beam propagation parameters can be measured without additional tools. BeamWave® provides high resolution wavefront data which allow laser beam analysis in its all dimensions. From the wavefront data, Zernike analysis is performed; beam's astigmatism, other low and high order aberrations can precisely measured. BeamWave® provides comprehensive one-shot measurements of the laser beam: beam propagation parameters such as M?, divergence, tilt, Raileigh range, beam power characteristics in any XY plane along the propagation direction of the beam, thus providing an instant picture of laser beam behavior along the propagation axis.
Typical Applications
Laser Beam & Wavefront Profiling
Beam Propagation Analysis
Beam shaping & beam monitoring
Key Advantages
Wavefront sensor, beam propagation parameters & power measurement in one device
High spatial resolution for both intensity and wavefront measurements
One shot M? measurement without additional accessories or moving parts
Instant beam propagation analysis, power measurement in any plane
Laser beam monitoring with real time display of intensity, wavefront, PSF
Compact & light beam profiler for pulsed & CW lasers
Custom solutions for UV, NIR & FIR wavelength range
Capabilities
Acquisition
Automatic calibration & acquisition
Live display of camera image
Live display of 2D and 3D intensity & wavefront
Measurement & Analysis
Wavefront measurement
Real-time Zernike display and analysis
Selective measurement of tilt, focus, astigmatism, coma, spherical and other HOAs
Modulation Transfer Function (MTF)
Point Spread Function(PSF)
Strehl ratio
Residual wavefront from reference or best fit
Residual wavefront from theoretical data
Profiles of wavefront and intensity
Pass/Fail analysis
Data Export
Wavefront and Zernike data in user-defined formats