25X more measurement samples (wavefront gradients) than typical
Shack-Hartmann wavefront sensors.
More gradients gives better accuracy in fitting Zernike polynomials, for determining wavefront aberrations.

10X to 30X greater angular dynamic range than typical
Shack-Hartmann wavefront sensors
0.1 NA (F/5) +/-100 milliradians with Laser Beam Analysis software.
0.3 NA (F/1.6) +/-300 milliradians with Phasics' Kaleo Lens Diagnostic Software.
This high angular range allows you to measure greater converging and diverging beams without relay optics.

Peak-to-Valley, RMS wavefront error, Zernike aberrations, Legendre aberrations, 2D, 3D and line profile phase displays, fringe display, M², 2D, 3D and line profile intensity displays, tilt, radius of curvature, beam diameter, waist location, beam divergence, Strehl ratio, pulsed beam measurement, export data to CSV and text files and images to TIFF files

Software development kit available

Peak-to-Valley, RMS wavefront error, Zernike and Seidel aberrations,
2D & 3D phase dislays, 2D & 3D intensity displays, 1D & 2D MTF, PSF, Strehl ratio, focal length, test reports with data and images, custom templates for showing just the data you want on test reports
Up to 0.3 NA (F/1.6) +/-300 milliradians