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HASO R-Flex

Product catalog summary

Overview: The HASO R-Flex is a compact, auto-illuminated wavefront sensor designed for advanced wavefront sensing and analysis. It is a turnkey solution for characterizing large concave mirrors, lenses (both on-axis and off-axis), complex optical systems, beam expanders, and external sources.

Specifications: The HASO R-Flex integrates Imagine Optic’s patented Shack-Hartmann wavefront sensors with an auto-collimator and focusing module. It offers standard accuracy of λ/100, λ/200 in double pass configurations, and is insensitive to vibrations and atmospheric turbulence. The system can be customized with focusing modules ranging from f/#=2 to f/#=30.

Key Features:

Large Concave Mirrors: Optimized for measuring large uncoated concave mirrors at the center of curvature.
Lenses: Capable of measuring lenses on-axis and in the field using a flat reference mirror.
External Sources: High N/A external sources can be measured accurately with the dismountable optical head.
Beam Expanders: Characterization facilitated by the modularity of the focusing unit.
Complex Optical Systems: Systems like telescopes and collimators can be characterized and aligned using wavefront error data.

Technical Data:

HASO R-Flex 32: Pupil size 4.9 x 6.1 mm², sensitivity 3 nm, weight 0.7 Kg.
HASO R-Flex 76: Pupil size 8.7 x 11.4 mm², sensitivity 3 nm, weight 1.6 Kg.
HASO R-Flex 128: Pupil size 14.6 x 14.6 mm², sensitivity 3 nm, weight 1.6 Kg.

Focusing Modules: Various modules are available with different focal lengths and f-numbers, each offering specific wavefront error (WFE) and working distances.

Accessories: Optional accessories include translation stages, software add-ons for MTF and PSF, auto-collimation and reference mirrors, and additional laser diodes for multi-wavelength applications.

Software: The system is delivered with HASOv3 software compatible with Windows XP and 7, providing real-time aberration display for immediate feedback on positioning and alignment adjustments.

Contact Information: For more details or to find a distributor, visit www.imagine-optic.com/find.

Catalog excerpts

Measuring large concave mirrors HASO R-Flex has been optimized using proprietary designs that enable manufacturers to accurately measure large uncoated concave mirrors by positioning the unit to measure at the center of curvature. Characterizing complex optical systems Complex systems such as telescopes and collimators can be readily characterized by HASO R-Flex. The best focus point can be found using the wavefront error whereas, if the focus point is defined mechanically, optics can be aligned for that point. Flex ♦ Analyze the transmitted wavefront of optical Systems Perform precision characterization...

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table.main {} tr.row {} td.cell {} div.block {} div.paragraph {} .font0 { font:3.00pt "Arial", sans-serif; } .font1 { font:3.50pt "Arial", sans-serif; } .font2 { font:5.00pt "Arial", sans-serif; } .font3 { font:9.00pt "Arial", sans-serif; } Pupil size (mm2) Sensitivity rms Relative Accuracy rms Size(w/h/d) Sampling points Weight HASO R-Flex 32 4.9 x 6.1 3 nm1 4 nm1 32 x 40 0.7 Kg 114 x 70 x 98 mm Focal length (mm)2 WFE (nm) rms3 Working distance (mm)4 Pupil imaging5 Focusing Modules /-number Pupil distortion 1.0% MOD32-2 9 2.0 20 1.2 NO 3.0% MOD32-4 19 4.0 150 1.5% MOD32-6.4 31 6.4 60 0.7% MOD32-10...

Open the catalog to page 3

HASO R-Flex

HASO R-Flex

Catalog excerpts

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