Huaris One Mobi – portable laser beam profiler kit
Huaris One Mobi kit
- laser beam profiler + tablet
Huaris One Mobi is the first compact portable laser beam profiler that does not use a traditional computer. The set is ideal for laser beam monitoring in everyday use.
Huaris One Mobi is a complete measuring instrument consisting of two components:
- Huaris One laser beam profiler with 1 Mpx camera,
- 7-inch tablet with pre-installed, configured and calibrated software.
Ready to laser beam profiling directly out of the box
The Huaris One laser beam profiler allows you to effectively perform diagnostic functions, while saving space in laser laboratories. The product is lightweight and ready to work out of the box. It avoids using a standard computer. All the necessary functions for laser diagnostics are included in the kit. In addition, a 7-inch tablet secures communication with the laser cloud.
Diagnostics of the quality of laser beams supported by artificial intelligence
Integrated solutions for laser profiling
A comprehensive and the world’s first device that allows easy measurement of beam parameters and its monitoring over a longer period of time. It does not require the use of a traditional computer, which has been replaced by a compact tablet.
Solutions included in the huaris one mobi set:
- Laser beam width measurement according to ISO 11146
- Guss beam measurement
- measurement of elliptical beams
- Lorentz beam measurement
- moment measuremen
- Monitoring the stability of the laser beam position
- Automatic beam center search
- 2D and 3D visualization
- Automatic selection of measurement parameters
- Cooperation with the cloud for long-term storage of measurement data
- Automatic detection of artifacts in the beam using artificial intelligence algorithms in the cloud
Huaris Cloud - remote laser beam monitoring
It is a cloud system that works in any web browser and works with a local application. This system makes it possible – automatic detection of artifacts related to the quality of the beam, which is carried out by artificial intelligence algorithms.
- automatic detection of artifacts related to beam quality, which is carried out by artificial intelligence algorithms
- automatic detection of long-term trends in laser beam parameters using AI
- long-term monitoring of laser beam parameters
- remote monitoring of laser beam parameters
- sending alarms via e-mail, SMS, messages in the web application
- external trigger for the laser beam profiler
It works with all laser beam diagnostic products offered by our company. Huaris Cloud access for Huaris One, Huaris One Mobi, Huaris Five, Huaris Five Mobi products is offered in a subscription model with a 3-month free trial period.
Long-term monitoring of the laser beam
effectively predicts laser failure
Huaris laser beam profiler features
The essential objective of every measuring device is the measurement accuracy. The high quality of our devices has been confirmed in the validation tests at external, world acknowledged laser R&D center in benchmarking experiments proving the ultimate level of measurement precision.
2D & 3D VIEW
In our software you will be able to view the beam in 2D and 3D. Additionally, you can see sections of the beam and apply color palette at your convenience. 3D view is interactive. You can change the view angle. Cursors on the views will let you measure the specific, non-standard features of the beam.
We have implemented two modes of operation in our profile meter: automatic and manual. Automatic mode is perfect for the quick adjustment of the camera parameters at start or long-run measurement. Manual mode lets you fine-tune the parameters according to your specific needs.
Reporting works like a charm! You can save the measurement report as a PDF file for later use. Additionally, you can save the movie or image files presenting your beam footprint.
We have developed our own methods and algorithms of noise correction in real-time to maximize the measurement accuracy. DNC is highly convenient. You do not need to re-calibrate the profiler every time you start your measurement which makes the measurement going smoothly.
STANDARIZED BEAM PARAMETERS
The measurement results are standardized beam characteristics as defined in ISO 11146. These include: FWHM, 1/e, 1/e2, 4σ for both horizontal and vertical directions for Gaussian and elliptical beams. Additionally, the parameters of Lorentz distribution as well as statistical momenta are delivered.
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.
|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|
|Tablet technical specification of the Huaris One profiler|
|Display||7" touchscreen with resolution of 800x480px|
|Processor||Broadcom BCM2711, quad-core Cortex-A72 (ARM v8) 64-bit SoC @ 1.5GHz|
|Connectivity:||2.4 GHz and 5.0 GHz IEEE 802.11 b/g/n/ac wireless LAN, Bluetooth 5.0, BLEGigabit Ethernet2 x USB 3.0 ports2 x USB 2.0 ports|
|Video & sound:||2 x micro HDMI ports (up to 4Kp60 supported)|
|Multimedia:||H.265 (4Kp60 decode);H.264 (1080p60 decode, 1080p30 encode); OpenGL ES, 3.0 graphics|
|Input power:||5V DC via USB-C connector (minimum 3A1) 5V DC via GPIO header (minimum 3A1)|
|Power over Ethernet||(PoE)-enabled (requires separate PoE HAT)|
|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.|