HASO DUV | Ultraviolet wavefront sensor
Calibrated Wavelength Range
240-410 nm, 190-280 nm on demand
Pupil Size / Aperture dimension
7.7 x 7.7 mm²
Number of microlenses
86 x 86
Max. acquisition frequency
25 Hz
Interface
USB3
Ultraviolet Wavefront Sensing
Imagine Optic’s HASO DUV is a Shack-Hartmann wavefront sensor specifically engineered to meet the growing demands of ultraviolet spectral range applications. A key advancement in this sensor is its SpotTracker technology, which delivers absolute wavefront sensing and precise tilt information, effectively making the alignment process straightforward. This sensor integrates the accumulated expertise from Imagine Optic’s three decades of innovation and customer feedback, resulting in a device that is remarkably easy to use (thanks to its absolute measurement capability derived from embedded factory calibration), exceptionally high performing (achieving an accuracy of λ/100 RMS with a very large dynamic range), and remarkably robust (maintaining phase measurement stability despite beam intensity fluctuations, offering achromatic performance across its calibrated spectrum, and remaining insensitive to vibrations).
Features
HASO DUV packs:
- Accuracy of λ/100 RMS permitting small defects detection
- Dynamic range of superior to 1000 λ for direct wavefront acquisition of converging and diverging beams
- Spectral range in the UV including 405nm for easy setting of the sensor
| Operating Specifications | |
|---|---|
| Pupil Size / Aperture dimension | 7.7 x 7.7 mm² |
| Number of microlenses | 86 x 86 |
| Calibrated Wavelength Range | 240-410 nm, 190-280 nm on demand |
| Max. Acquisition Frequency | 25 Hz |
| Minimum power | 0.5 nW |
| External trigger | TTL signal |
| Operating system | Windows 11 & 10 |
| Optical Specs | |
|---|---|
| Repeatability | <2nm RMS |
| Absolute wavefront measurement accuracy | <4 nm RMS |
| Spatial Sampling | ~90 µm |
| Local radius of curvature dynamic range | ± 0.02 m to ± ∞ |
| Beam aperture (f-number) | >5 |
| Misc | |
|---|---|
| Dimension (Height x Width x Length) | 45 x 46 x 48 mm^3 |
| Weight | 150g |
| Working temperature | 15 - 30°C |
| Interface | USB3 |
| Power consumption | 4W |

Applications
- Quantify optical system’s aberrations
- Check if optical mount distorts optics
- Verify compliance with specifications
- Align system for optimal performance
- Predict system’s focalization and imaging quality
- Measure effects of temperature and gravity on performance
- Pilot wavefront corrector to change aberrations
- Diagnose laser beam, adjust and check pointing stability
- Collimate optical systems and lasers
- Quantify optical components and systems dependency to wavelength
- Adaptive optics and closed-loop control
- Lens with transmitted wavefront error (TWE) and surface shape in reflection (SFE)
Best For
- Lithography, semiconductor manufacturing
- Laser fusion
- Excimer laser-based applications
Software Options
- WAVEVIEW (included): This advanced software facilitates wavefront measurement and analysis, offering over 150 features and tools suitable for highly demanding applications. It includes extensions for calculating Point Spread Function (PSF), Modulation Transfer Function (MTF), Strehl ratio, M-Squared parameter, and advanced Zernike polynomials (annular or elliptical). WAVEVIEW is compatible with Windows 11 and 10.

- WAVETUNE (optional): A unique software solution that integrates wavefront measurement and correction capabilities with comprehensive diagnostic tools. It is ideal for use with our HASO and LIFT wavefront sensors, ILAO STAR, MIRAO, and mu-DM deformable mirrors, as well as various third-party phase correctors.

- WAVEKIT (optional): This Software Development Kit (SDK) is available in C/C++, LabVIEW, and Python. It provides foundational components for developing custom software for HASO-based applications or for processing WaveView data. Documentation and examples are included and available upon request.

