Huaris One – laser beam profiler
Huaris laser beam profiler features
The main purpose of the metrological devices we offer is to obtain the most accurate measurement. That is why the solutions developed by us have been additionally checked in comparative tests by external international research and development centers. The result of the validation tests performed is obtaining confirmation of the highest level of accuracy of the laser beam measurements.
2D & 3D VIEW
Thanks to the Huaris software supplied with the profiler, you will be able to view the beam distribution in real time in 2D and 3D. In addition, it is also possible to observe linear cross-sections. A color palette can be applied to highlight the delicate features of the beam. The 3D view is interactive. You can also freely change the viewing angle - enlarge or reduce the view. Cursors (vertical, horizontal and free hand) are special tools dedicated to manual measurement of specific features of the laser beam.
In order to synchronize the measurement with an external trigger signal, our profilers are equipped with a hardware input that allows the profiler to be synchronized with the moment of laser pulse emission.
The profilometers available in the offer can operate in two modes: automatic and manual. The automatic mode has been designed in such a way as to obtain optimal settings of the device's operating parameters as soon as possible at the beginning of the measurement and for automatic operation in the long term. In turn, the manual mode allows you to fine-tune the exposure parameters
STABILITY OF THE POSITION OF THE LASER BEAM
Measurement of the stability of the position of the laser beam in space is an important operation that allows you to estimate the possible precision of the processes in which the laser beam is used. This measurement also allows you to assess the quality of the laser work. This measurement is performed by monitoring the location of the center of the laser beam intensity distribution in the Cartesian and polar coordinate systems. Location coordinate statistics are also calculated.
The profier we offer enables automatic generation of measurement reports in the form of a pdf file. But that's not all - you can also save a video or photos showing the cross-section of the beam, as well as save 2D and 3D views in graphic files in BMP, JPG, PNG format.
STANDARIZED BEAM PARAMETERS
The results of the beam width measurement are parameters in accordance with the ISO 11146 standard. For the Gaussian beam, these are: FWHM, 1/e2, 1/e, 4σ for the horizontal and vertical directions. What's more? The measurement of elliptical beams is also standardized. In addition, it is possible to measure the Lorentz beam as well as statistical moments.
DNC is a unique dynamic noise correction technology developed by Perspectiva Solutions. In order to maximize the measurement accuracy in our device, we used methods and algorithms that correct the noise in real time. Manual calibration is carried out only the first time after installing the profilometer softwar All noise corrections are carried out in the next step automatically and in a way that does not burden the user. Working with DNC technology is not only comfortable but also ergonomic.
long term monitoring
HUARIS AI Cloud is a comprehensive metrology system which allows remote and fully automatic diagnostics of your laser systems. Our system is the first on the market, universal and automatic solution that allows integration with a vast majority of lasers to predict their failures and thus increase their availability.
Our laser profiler is aimed at a wide audience for the widest possible spectrum of applications. The profilometer enables the measurement of all standard beam width parameters that are known to the scientific community and industry. We also offer a number of additional functionalities that facilitate work.
Webinar of Huaris System
- Innovation Award Shortlist Quantum category + Sensors
Presentation of the Huris system by Perspectiva Solutions, the subject :
“Artificial intelligence in predictive maintenance of the laser systems”
The webinar presenters were the finalists of the Innovation Award of Laser World of Photonics event in Munich this year in the metrology category.
Perspectiva Solutions representatives had show how do we address the problem of long downtimes and automatic, remote monitoring of laser systems using artificial intelligence.
- Video Tutorial
|Technical specification of the Huaris One laser beam profiler|
|Pixel Class||1.3 MP|
|Resolution (h x v)||1280 x 1024 px|
|Color depth (camera)||8 bit|
|Optical sensor class||1/2"|
|Optical Size||6.656 mm x 5.325 mm|
|Optical sensor diagonal||8.52 mm (1/1.88")|
|Pixel size||5.2 µm|
|Sensor type||CMOS Mono|
|Readout mode||Progressive scan|
|Device temperature during operation||0 °C - 55°C / 32°F - 131°F|
|Device temperature during storage||-20°C - 60°C / -4°F - 140°F|
|Humidity (relative, non-condensing)||20 % - 80 %|
|Interface connector||USB 2.0 mini-B|
|Power supply||USB cable|
|Functional capabilities of the Huaris One laser beam profiler|
|Beam width parameters||FWHM, 1/e2, 1/e, 4σ statistical moments up to 4th for X and Y directions independently|
|Beam pointing stability||Customizable in Cartesian and Polar coordinates|
|Auto centering||Center of the beam is found automatically|
|Manual measurement tools||Cursors: horizontal, vertical, free hand; spot probe; zoom-in lens|
|Automatic detection of beam artefacts and trends*||Yes, with cloud backed with artificial intelligence|
|Long term data storage*||Yes. Via cloud system in the web browser|
|Remote preview*||Yes. Via cloud system in the web browser|
|Fitting||Gauss and Lorentz fit for X and Y direction independently; Returning distribution parameters|
|Beam geometry||Astigmatic and elliptical|
|Metrology||3 types of cursors for manual measurement|
|VisuaIization||2D & 3D|
|Calculation frequency||Up to 4Hz|
|FPS||1-14 range with 1 fps increment|
|Exposure time||0.067 - 79.93 ms with 0.21 ms increment|
|Parameters setup mode||Auto & manual|
|Operation mode||Free run or hardware triggering|
|Noise correction||DNC technology (c.f. User Manual for description)|
|ISO standards reference||ISO 11146-1, ISO 11146-2, and ISO 11146-3|
|Software language||English, Polish|
|* Option available in subscription model. 3 months of free testing period.|
Datasheet of Huaris One
Welcome to our Video Tutorials section! Here, you can find a collection of informative and helpful video tutorials created by Perspectiva Solutions. All tutorials comming from our YouTube channel(https://www.youtube.com/@LaserDiagnostics) is dedicated to providing you with valuable insights and practical demonstrations on various topics related to our products and services.Whether you're new to laser diagnostics or an experienced user, our video tutorials offer step-by-step guidance, tips, and tricks to enhance your understanding and proficiency. From product demonstrations and troubleshooting guides to advanced techniques and best practices, we cover a wide range of topics to cater to different levels of expertise.Subscribe to our YouTube channel @LaserDiagnostics to stay updated with the latest tutorials and gain access to a wealth of knowledge. Don't forget to hit the notification bell to receive alerts whenever we upload new content.Explore our video tutorials below and embark on a journey of continuous learning and improvement. Happy watching and happy learning!
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Our Office in Poland
Młyńska 27 St.
22-400 Zamość, Poland
We work on working days CET (Central European Standard Time) in the following hours:
Md. – Fr. 8:00 – 16:00
Sat. – Sun. – Closed