CINOGY Industrial_M2_measurement_system for Laser Beam Quality Analysis
| Origin | Germany |
|---|---|
| Manufacturer Type | Authorized Distributor |
| Origin Category | Imported |
| Model | Industrial_M2_measurement_system |
| Pricing | Upon Request |
Overview
The CINOGY Industrial_M2_measurement_system is a fully automated, camera-based laser beam quality analyzer engineered for precision M² (M-squared) and beam divergence characterization in demanding industrial environments. Built upon the ISO 11146-1 and ISO 11146-2 standards, the system implements the internationally accepted second-moment (D4σ) method to determine beam propagation parameters—including M² factor, beam waist location, Rayleigh range, and far-field divergence—through sequential 2D intensity profile acquisitions along the propagation axis. Unlike slit-scan or knife-edge systems, this solution employs a high-resolution, thermally stabilized CCD sensor with calibrated quantum efficiency across 190–1100 nm, enabling direct spatial irradiance mapping without mechanical scanning artifacts. Its robust mechanical architecture—featuring motorized, backlash-free linear stages with sub-micron repeatability—ensures traceable, high-reproducibility measurements for both CW and pulsed lasers up to multi-kilowatt average power levels.
Key Features
- Fully automated M² measurement cycle completed in ≤120 seconds, minimizing operator intervention and maximizing throughput in production QA/QC labs
- High-dynamic-range CCD camera with ≥4.2 MP resolution, 12-bit digitization, and integrated neutral density filtering for safe, distortion-free imaging of high-power beams
- Precision motorized translation stage with ±0.5 µm positional accuracy and programmable step resolution down to 1 µm
- Real-time beam centroid tracking and automatic exposure optimization per axial position to maintain optimal signal-to-noise ratio
- ISO 11146-compliant D4σ algorithm implementation with dual-axis (X/Y) independent analysis and elliptical beam handling
- Compact, vibration-damped enclosure rated for operation in ambient temperatures from 15–30 °C and relative humidity ≤70% non-condensing
- Integrated thermal management for sustained stability during extended measurement sequences
Sample Compatibility & Compliance
The system supports quantitative beam characterization of industrial-grade lasers including fiber-coupled diode lasers, Nd:YAG and Yb-doped solid-state lasers, disk and thin-disk lasers, and high-brightness semiconductor lasers. It accommodates beam diameters from 100 µm to 8 mm (with optional beam expanders), pulse durations from nanosecond to continuous wave, and repetition rates up to 1 MHz (with external trigger synchronization). All measurement procedures and software workflows comply with ISO/IEC 17025 requirements for testing laboratories and support audit-ready documentation for GLP and GMP-regulated environments. Full traceability is maintained via embedded calibration certificates for camera responsivity, stage position encoder, and reference beam alignment.
Software & Data Management
RayCi analysis software provides an intuitive, role-based interface for setup, acquisition, and reporting. It features real-time beam parameter visualization, interactive 2D/3D caustic curve fitting with residual error mapping, and batch processing for multi-laser qualification. Measurement data—including raw images, fitted profiles, and derived metrics—are stored in a structured SQLite database with timestamped metadata (operator ID, laser ID, environmental conditions). Reports are exportable in PDF format with customizable templates compliant with internal SOPs or external regulatory submissions (e.g., FDA 21 CFR Part 11–ready when deployed on validated Windows OS platforms). Audit trails log all user actions, parameter changes, and software updates, supporting full compliance with quality management system requirements.
Applications
- Production-line verification of laser source consistency prior to integration into cutting, welding, or additive manufacturing systems
- Qualification of fiber laser modules for OEM equipment manufacturers under IEC 60825-1 safety classification protocols
- R&D validation of novel gain media, resonator designs, or beam-shaping optics in photonics development labs
- Periodic performance monitoring of installed lasers in automotive or aerospace manufacturing facilities
- Supporting ISO 13694-based laser safety assessments through accurate M² and divergence input parameters
- Calibration service provider use for accredited beam parameter certification services
FAQ
Does the system require user calibration before each measurement?
No—factory-applied calibrations for pixel pitch, stage linearity, and optical magnification are retained across sessions. Optional annual recalibration services are available per ISO/IEC 17025 guidelines.
Can it measure ultrashort pulsed lasers (e.g., femtosecond sources)?
Yes, provided pulse energy and peak power remain within the camera’s damage threshold; external fast photodiode triggering ensures precise temporal gating for pulses ≥10 ns.
Is remote operation supported?
Yes—RayCi includes TCP/IP API access for integration into factory automation systems (e.g., PLC-controlled test stations) and supports unattended overnight measurement campaigns.
What beam wavelengths does the standard configuration cover?
355 nm to 1064 nm; extended UV (193–355 nm) and IR (up to 2000 nm) options are available with wavelength-specific sensors and coatings.
How is measurement uncertainty quantified?
RayCi reports expanded uncertainty (k=2) for M², waist size, and divergence based on GUM-compliant propagation of uncertainties from camera noise, stage positioning error, and fitting residuals.
