Description
Laser Beam Profiler Family · 300–1100 nm
UV‑VIS‑NIR Laser Beam Profilers
Select the sensor size and resolution that match your laser beam—from compact alignment measurements to large-area, high-resolution profiling for R&D and production.
Family overview
One analysis platform, matched to your beam
All configurations use the same IZAK measurement workflow. The sensor family changes primarily by spectral response, active width and pixel resolution.
UV · 300–400 nm
For UV laser development, precision material processing, inspection and semiconductor-related applications.
Visible · 400–700 nm
For alignment, displays, microscopy, spectroscopy, medical and general optical-system development.
Near infrared · 700–1100 nm
For 808 nm, 980 nm and 1064 nm sources used in medical, industrial and research systems.
Product configurations
Compare UV‑VIS‑NIR profiler models
Review the wavelength coverage, active width and spatial resolution. Open each configuration for application guidance, then request a quote for one or several models.
Allow measurement margin
As a practical starting point, keep the expected beam inside approximately 80% of the active sensor width. Reduction or magnification optics can be used when direct imaging is not appropriate.
31001Compact VIS‑NIR – 3.6 mm / 1.2 MPSpectral range0.4–1.0 µmActive width3.6 mmResolution1.2 MP
Compact VIS‑NIR Laser Beam Profiler
For small beams, alignment tasks and space-constrained integration in the 400–1000 nm range.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
31002Compact Broadband – 4.9 mm / 1.3 MPSpectral range0.3–1.1 µmActive width4.9 mmResolution1.3 MP
Compact Broadband UV‑VIS‑NIR Laser Beam Profiler
A compact broadband configuration for laboratory, product-development and OEM work from 300–1100 nm.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
31003Compact High Resolution – 5.6 mm / 2.0 MPSpectral range0.3–1.1 µmActive width5.6 mmResolution2.0 MP
Compact High-Resolution UV‑VIS‑NIR Laser Beam Profiler
More spatial detail while retaining a compact footprint for 300–1100 nm beam analysis.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
31004Mid-Size Performance – 9.8 mm / 5.3 MPSpectral range0.3–1.1 µmActive width9.8 mmResolution5.3 MP
Mid-Size UV‑VIS‑NIR Laser Beam Profiler
A balanced configuration for general R&D, production test and automated inspection across 300–1100 nm.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
31005Large-Area High Resolution – 20.5 mm / 31.4 MPSpectral range0.3–1.1 µmActive width20.5 mmResolution31.4 MP
Large-Area UV‑VIS‑NIR Laser Beam Profiler
Direct profiling of wider beams with high spatial resolution over the 300–1100 nm range.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
31006Large-Area Very High Resolution – 20.5 mm / 44.4 MPSpectral range0.35–1.1 µmActive width20.5 mmResolution44.4 MP
Large-Area Very-High-Resolution VIS‑NIR Laser Beam Profiler
Fine beam-shape detail across a large active area for demanding VIS‑NIR measurements from 350–1100 nm.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
31007Ultra-High Resolution – 20.5 mm / 67.1 MPSpectral range0.35–1.05 µmActive width20.5 mmResolution67.1 MP
Ultra-High-Resolution VIS‑NIR Laser Beam Profiler
Maximum spatial detail for beam characterization, process development and inspection from 350–1050 nm.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
31008Wide-Area Ultra-High Resolution – 22.4 mm / 65 MPSpectral range0.3–1.1 µmActive width22.4 mmResolution65 MP
Wide-Area Ultra-High-Resolution UV‑VIS‑NIR Laser Beam Profiler
The widest active sensor in the family, combining 300–1100 nm coverage with very high resolution.
- Live 2D/3D profiling and complete beam parameters
- Test, Pass/Fail, reporting and AI analytics built in
- Fractional/multiple-spot analysis, custom attenuation/optics and API/OEM integration available on request
Included in the base version
Measure, test, analyze and document
Every hardware configuration uses the same core IZAK application. Production Test, reporting and AI database analytics are built in.
Delivery options
From evaluation to embedded production
Packaged system
Camera, housing and IZAK software supplied as an application-matched profiling system for laboratory or production use.
OEM module
Compact profiling engine for integration inside a customer instrument or automated inspection station.
Software-only
IZAK analysis application for a supported or customer-selected imager, with optional API integration.
Application demonstration
See the common measurement workflow
All UV‑VIS‑NIR sensor configurations share the core visualization and beam-parameter analysis workflow shown in this demonstration.
Related resources
Continue your evaluation
Laser Beam Profiler
Compare spectral families and delivery models from software-only to turnkey.
TriBeam Precision
Add calibrated power/energy and temporal-pulse measurements to beam profiling.
Choose your configuration
Use wavelength, beam size and integration requirements to find a starting configuration.
Request a configuration
Tell us about the laser and measurement setup
For a reliable selection, include wavelength, expected beam diameter, power or energy, pulse regime, available attenuation and the required delivery model.
The dedicated form creates a New Opportunity in the IZAK Bigin pipeline, notifies the owner and emails a confirmation to the visitor.
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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