Description
Laser beam analysis · UV to LWIR
Laser Beam Profiler
from software to turnkey
Choose the integration level that fits your optical system: software-only analysis, a compact OEM module, or a fully packaged beam-profiling system.
Application demonstration
See the Laser Beam Profiler in action
A short walkthrough of the core application: live beam visualization, measured parameters and the practical measurement workflow.
Basic operation demonstration · Plays directly on this page.
One analysis platform, three delivery models
Start at the right integration level
Move from laboratory evaluation to embedded production without rebuilding the measurement workflow.
Software-only
Use IZAK analysis with a supported or customer-selected camera.
- Fast evaluation
- Flexible camera choice
- R&D and algorithm validation
OEM module
A compact beam-profiler engine for integration inside your instrument or automated tester.
- Small embedded footprint
- API control
- Production integration support
Packaged system
A complete, application-matched measurement solution ready for optical setup.
- Camera and optics matched
- Turnkey measurement workflow
- Configuration support
Broad spectral coverage
One profiling approach from UV to LWIR
General laser development, alignment and production testing.
Telecom, sensing and near-infrared laser applications.
Advanced mid-wave infrared application configurations.
Thermal-infrared and CO₂-laser analysis with application-matched detectors.
Measured parameters
Turn beam images into decisions
Measure, monitor and automate the parameters that matter for optical performance and pass/fail testing.
Production test demonstration
Test, pass/fail and report generation
See how measurement limits are converted into a repeatable production test and documented report.
Test and Report feature · Plays directly on this page.
Research & development
Explore and characterize
Capture detailed beam behavior while developing sources, optics and alignment strategies.
- Interactive analysis
- Configuration flexibility
- Exportable measurement data
Production & OEM
Automate and qualify
Embed repeatable profiling into test stations, instruments and quality-control workflows.
- Pass/fail criteria
- Automated acquisition
- Integration through API
Specialized application
Fractional laser beam analysis
Evaluate multiple beam spots, their positions and uniformity using the same analysis and automated-test approach.
Fractional Laser Beam Profiler · Plays directly on this page.
Built-in capability
AI insights and reporting
Built-in AI analytics turns measurement data into trend detection, production monitoring and clearer engineering reports—without changing the core profiler workflow.
AI Analytics and IZAK Insight Chat · Plays directly on this page.
Selected resources
Continue your evaluation
These resources are curated for this product page rather than selected automatically.
AI analytics for laser beam profiling
From production monitoring to R&D insight.
Advanced MWIR beam profiling
Beam-profiler options for 1.5–5.7 µm laser applications.
TriBeam Precision
A comprehensive platform for laser power, profiling and temporal measurements.
Configuration request
Tell us about your laser and integration needs
An IZAK engineer will review your requirements and recommend the detector, attenuation, software and packaging. To get an accurate recommendation, include:
- Wavelength or spectral band
- Beam size and expected power
- R&D, OEM or production use
- Software, API and reporting needs
Your request is sent through the verified IZAK Scientific Bigin form.
Tzachi Sabati
CEO, IZAK Scientific
Physicist specializing in photonics and quantum technologies, with deep expertise in quantum sensors and advanced optical systems. Leads the Advanced Quantum Lab course at the Technion, bridging academic excellence with industry innovation. At IZAK Scientific, provides cutting-edge photonics-based solutions, developing customized inspection and sensing systems for R&D and production. Passionate about advancing quantum sensing applications and integrating novel technologies to meet industry needs.
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