KALAS Large Beam Wavefront Analyzer up to 127mm High Accuracy

Name: KALAS Large Beam Wavefront Analyzer up to 127mm High Accuracy
Brand: PHASICS
Availability: InStock

Description

The KALAS Large Beam Analysis system with SID4 is a cutting-edge modular solution designed for precise characterization of large-diameter laser beams. Engineered to accommodate beam diameters up to 127 mm (5 inches), KALAS stands out for its exceptional measurement accuracy of less than 15 nm RMS. This makes it an ideal choice for research laboratories, industrial laser manufacturers, and optical system integrators who require reliable and high-resolution beam diagnostics.

At the core of the KALAS system is its compatibility with the renowned SID4 family of wavefront sensors, including SID4, SID4 HR, SID4 UHR, as well as SID4 SWIR and SID4 SWIR HR. This flexibility ensures that users can tailor the system to their specific wavelength requirements, with supported source wavelengths ranging from 405 nm to 1550 nm and additional options available upon request. The modular design allows each component—such as the wavefront sensor, illumination module, beam expander, and reference flat mirror—to function independently, enabling seamless replacement or upgrades without the need for realignment.

KALAS leverages advanced PHASICS technology to deliver comprehensive beam analysis in a single shot. The system simultaneously measures wavefront and intensity, providing critical parameters such as beam divergence, waist dimensions, M² (beam quality factor), and wavefront error (WFE). This holistic approach streamlines the beam qualification process, ensuring rapid and accurate results for both routine quality control and advanced research applications.

Designed with user convenience in mind, the KALAS system features a robust yet compact footprint (450 x 350 x 250 mm³) and weighs less than 15 kg, making it suitable for both benchtop and field use. Its large entrance pupil diameters—available in 8 mm, 15 mm, 25.4 mm, 50.8 mm, 101.6 mm, and 127 mm—accommodate a wide range of beam sizes, with custom diameters available upon request. Whether for calibrating system aberrations or fully characterizing complex laser beams, KALAS provides a reliable, high-performance solution for demanding optical metrology tasks.

Specifications

Wavelength Range:	405 – 1550 nm
Wavefront Accuracy:	<= lambda/30
Type:	Lateral Shearing
Compatibility:	SID4 / SID4 HR / SID4 UHR / SID4 SWIR / SID4 SWIR HR
Entrance Pupil Diameter:	8 mm / 15 mm / 25.4 mm / 50.8 mm / 101.6 mm / 127 mm
Source Wavelength:	405 / 530 / 625 / 740 / 780 / 810 / 850 / 940 / 1050 / 1550 nm
Accuracy:	< 15 nm RMS
Weight:	< 15 kg
Dimensions:	450 x 350 x 250 mm³
Beam Diameter:	up to 127 mm

Got questions about specs? Use the inquiry form to ask.

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Features

Large Beam Analysis up to 127 mm: Accurately characterizes beams with diameters up to 127 mm (5"), making it ideal for large aperture laser systems and optical setups.
High Measurement Accuracy: Delivers exceptional precision with wavefront measurement accuracy of < 15 nm RMS, ensuring reliable and repeatable results.
Broad Wavelength Compatibility: Supports a wide range of source wavelengths (405, 530, 625, 740, 780, 810, 850, 940, 1050, 1550 nm) with additional wavelengths available upon request, providing flexibility for diverse applications.
Modular & Standalone Design: All modules—including the SID4 wavefront sensor, R-Cube illumination module, beam expander, and reference flat mirror—can be used independently and replaced without realignment, streamlining maintenance and upgrades.
Comprehensive Beam Characterization: Simultaneously measures wavefront, intensity, divergence, waist dimensions, M², and wavefront error (WFE) in a single shot for complete beam analysis.
Easy Calibration: Integrated calibration tools allow for correction of aberrations from the measurement system, ensuring optimal accuracy.
Compatible with Multiple SID4 Models: Works seamlessly with SID4, SID4 HR, SID4 UHR, SID4 SWIR, and SID4 SWIR HR, offering versatility across different system requirements.
Compact & Lightweight: Space-saving design with dimensions of 450 x 350 x 250 mm³ and weight under 15 kg, suitable for laboratory and industrial environments.
Customizable Entrance Pupil Diameter: Available in 8 mm, 15 mm, 25.4 mm, 50.8 mm, 101.6 mm, and 127 mm, with larger diameters available upon request to match specific experimental needs.
Single-Shot Measurement: Captures all relevant beam parameters in one acquisition, increasing throughput and minimizing setup time.
Robust PHASICS Technology: Leverages advanced PHASICS wavefront sensing technology for reliable, high-resolution measurements.
Ideal for R&D and Industrial Applications: Perfect for laser manufacturers, optical system integrators, and research laboratories requiring precise large beam characterization.
Key Advantages:
- Standalone, modular design for flexible integration and easy maintenance
- High accuracy (< 15 nm RMS) for demanding applications
- Compatible with multiple SID4 models and a wide range of wavelengths
- No alignment required when swapping modules
- Fast, single-shot measurements for efficient workflow

Applications

Large Beam Wavefront Analysis
KALAS, when combined with the SID4 series wavefront sensors, enables precise wavefront analysis of large diameter laser beams (up to 127 mm). This is essential for applications requiring high-accuracy beam characterization, such as in research laboratories and advanced manufacturing.
Laser Beam Quality Assessment (M² Measurement)
Accurately measure the beam quality factor (M²), divergence, and waist dimensions in a single shot. This is crucial for optimizing laser systems in industrial, medical, and scientific settings.
Optical System Alignment and Calibration
Use KALAS to calibrate and align complex optical systems by detecting and correcting aberrations, ensuring optimal performance in telescopes, microscopes, and laser delivery systems.
High-Power Laser Characterization
Safely analyze and qualify high-power and large-aperture lasers used in material processing, defense, and research, thanks to the system’s modular design and large entrance pupil options.
Beam Shaping and Homogenization Verification
Validate the effectiveness of beam shaping optics and homogenizers by providing detailed wavefront and intensity profiles, supporting applications in lithography, laser projection, and medical laser treatments.
Adaptive Optics Feedback
Integrate KALAS into adaptive optics systems for real-time feedback and correction, enhancing imaging and laser delivery in astronomy, ophthalmology, and free-space communication.
Laser Source Development and R&D
Support laser manufacturers and research institutions in developing new laser sources by providing comprehensive beam characterization across a wide range of wavelengths (405 nm to 1550 nm and beyond).
Quality Control in Laser Manufacturing
Implement KALAS in production lines for routine quality control of laser beams, ensuring consistency and compliance with industry standards.
Optical Component Testing
Assess the impact of optical components (lenses, mirrors, filters) on beam quality by measuring induced aberrations and wavefront distortions.
Educational and Training Purposes
Utilize KALAS in academic settings for hands-on training in beam diagnostics, optical metrology, and laser physics.

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Frequently Asked Questions

What is the KALAS large beam analysis system?

The KALAS is a modular solution designed for high-accuracy characterization of large laser beams up to 127 mm (5 inches) in diameter. It utilizes PHASICS' SID4 wavefront sensor technology to provide single-shot measurements of wavefront, intensity, divergence, waist dimensions, M², and wavefront error (WFE), making it ideal for comprehensive beam analysis.

Which wavelengths and beam diameters does the KALAS system support?

KALAS supports a wide range of source wavelengths, including 405, 530, 625, 740, 780, 810, 850, 940, 1050, and 1550 nm, with additional wavelengths available upon request. It accommodates entrance pupil diameters of 8 mm, 15 mm, 25.4 mm, 50.8 mm, 101.6 mm, and 127 mm, with larger diameters available on request.

How accurate is the KALAS beam characterization system?

The KALAS system provides high-precision measurements with an accuracy of less than 15 nm RMS, ensuring reliable and detailed analysis of laser beam properties.

Is the KALAS system compatible with different SID4 wavefront sensor models?

Yes, KALAS is compatible with multiple SID4 models, including SID4, SID4 HR, SID4 UHR, SID4 SWIR, and SID4 SWIR HR, offering flexibility for a variety of applications and wavelength ranges.

Can the KALAS modules be used independently?

All KALAS modules are standalone and can be used independently or replaced within the KALAS system without requiring realignment, providing maximum flexibility and ease of use.

What beam parameters can KALAS measure in a single shot?

KALAS can measure the wavefront, intensity, divergence, waist dimensions, M², and wavefront error (WFE) of a laser beam in a single shot, enabling fast and comprehensive beam qualification.

What are the physical dimensions and weight of the KALAS system?

The KALAS system has compact dimensions of 450 x 350 x 250 mm³ and weighs less than 15 kg, making it suitable for laboratory and industrial environments.

Got more questions? Use the inquiry form to ask the supplier directly.