Description
LWIR Laser Beam Profilers | 7.7–12 µm
Three LWIR configurations for thermal-infrared and CO₂-laser beam profiling, from compact sensors to wide-area measurement systems.
Choose your configuration
Select the active width and resolution required for the beam size and application. Detector response, attenuation, optics and frame rate are finalized during engineering review.
34001LWIR Compact – 5.7 mm / 0.3 MPSpectral range8–12 µmActive width5.7 mmResolution0.3 MP
LWIR Compact – 5.7 mm / 0.3 MP
Spectral range: 8–12 µm. Active width: 5.7 mm. Resolution: 0.3 MP. Suitable for LWIR and CO₂-laser beam profiling within the detector response 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
34002LWIR Large-Area – 12.3 mm / 1.3 MPSpectral range8–12 µmActive width12.3 mmResolution1.3 MP
LWIR Large-Area – 12.3 mm / 1.3 MP
Spectral range: 8–12 µm. Active width: 12.3 mm. Resolution: 1.3 MP. Suitable for LWIR and CO₂-laser beam profiling within the detector response 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
34003LWIR Wide-Area – 15.4 mmSpectral range7.7–10.2 µmActive width15.4 mmResolutionApplication dependent
LWIR Wide-Area – 15.4 mm
Spectral range: 7.7–10.2 µm. Active width: 15.4 mm. Resolution and frame rate are selected according to the application.
- 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 every configuration
Live 2D/3D profile, centroid, widths, ellipticity and orientation.
Test sequences, Pass/Fail decisions and configurable reports.
Database analysis, trend detection and production/R&D insight.
Complete system, OEM module or integration with customer hardware.
Request an engineered configuration
Select one or several model SKUs below. The form creates a New Opportunity in IZAK Scientific Bigin, notifies the owner and sends an email confirmation listing the selected models.
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.



Tzachi Sabati



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