HASO Broadband Wavefront Sensor

Name: HASO Broadband Wavefront Sensor
Brand: Imagine Optic
Availability: InStock

Description

First of all the HASO Broadband wavefront sensor is our most versatile . This newly-released second edition features the new SpotTracker technology. It also provides absolute wavefront and tilt information, eliminating alignment requirements. Providing outstanding performance, the HASO Wavefront Sensor family is besides that used in the most demanding applications in optical metrology, microscopy and also laser diagnostics worldwide. Further more, we offer a unique combination of expertise in high quality micro lens production, software development and also accurate factory calibrations. This allows the

HASO Broadband to provide a level of performance beyond comparison for application over the full spectral range of silicon ( 350-1100 nm ). In addition to that it allows measurement up to 64 Zernike polynomials with individual accuracy better than 6nm rms. The SpotTracker provides easy HASO installation, and the capability to precisely follow absolute tilt/wavefront evolution over time. Last but not least, it provides λ/100 rms absolute accuracy on a huge dynamic range. In other words, it offers a patented wavefront correction algorithms for intensity beam variations (laser, Gaussian, hyper Gaussian, apodized beams…).

Specifications

Wavelength Range:	350 – 1100 nm
# Pixels (Width):	Not Specified
# Pixels (Height):	Not Specified
Lenslet Pitch:	Not Specified
Wavefront Accuracy:	Other
Type:	Shack Hartmann, Hartmann, Zernike, Other / Not specified
Repeatability:	Lambda/200 RMS
Phase Point Resolution:	68 x 50
Pupil Size:	6.9 x 5.1 mm²
Absolute Accuracy:	λ/100 RMS
Max. Acquisition Frequency:	58 Hz

Download Data Sheet

Features

Easy wavefront measurement on the whole spectrum of the sensor: 350 - 1100 nm with no wavelength dependency
Direct wavefront acquisition of converging and diverging F/5 beams with an accuracy of about λ/100
RMS, including astigmatism and high-order aberrations
Beam collimation with an accuracy better than 300 m radius of curvature
Control and adjustment of axial laser beam deviation better than 3 μrad RMS

Applications

Successfully used in the most demanding applications in optical metrology, microscopy, and laser diagnostics, the HASO BROADBAND performs multiple functions:

Quantify the aberrations of an optical system
Align the system to ensure that it performs at its best
Predict the performance of optical systems in terms of focusing capability or imaging quality
Quantify the effects of temperature and gravity on system performance
Verify that the optics comply with specifications
Measure directly the optical system’s wavelength dependency
Drive a wavefront corrector to rectify system aberrations
Check whether the optical mount overly distorts the optics

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Ships from:

France

Sold by:

Imagine Optic

On FindLight:

since 2023

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Frequently Asked Questions

What is the HASO Broadband wavefront sensor used for?

The HASO Broadband wavefront sensor is used in optical metrology, microscopy, and laser diagnostics for various functions such as quantifying aberrations, aligning systems, predicting performance, and measuring wavelength dependency.

What is the spectral range of the HASO Broadband wavefront sensor?

The HASO Broadband wavefront sensor covers the full spectral range of silicon, which is 350-1100 nm.

What is the accuracy of the wavefront acquisition for converging and diverging beams?

The wavefront acquisition accuracy for converging and diverging beams is about λ/100 RMS, including astigmatism and high-order aberrations.

Can the HASO Broadband wavefront sensor measure beam collimation?

Yes, the HASO Broadband wavefront sensor can measure beam collimation with an accuracy better than 300 m radius of curvature.

What are some of the applications of the HASO Broadband wavefront sensor?

The HASO Broadband wavefront sensor is successfully used in optical metrology, microscopy, and laser diagnostics for functions such as quantifying aberrations, aligning systems, predicting performance, and measuring wavelength dependency.