Laser & Light Characterization
Understand Light. Improve Performance.
Reliable optical systems start with reliable measurements.
From laser power measurement and beam profiling to spectral analysis and single photon detection, accurate characterization provides the data needed to improve performance and ensure repeatable results.
Laser 2000 provides a broad range of laser and light characterization solutions for research, development, quality assurance and industrial applications.
What Would You Like to Measure?
Different optical parameters require different measurement technologies. Start with what you need to understand about your light source or optical system.
Power & Energy
Measure continuous-wave (CW) and pulsed laser sources across a wide range of wavelengths, power levels and pulse energies. Solutions include laser power meters, energy meters and sensors for laboratory, R&D and industrial laser applications.
Relevant technologies: Laser Power Meters • Energy Meters • Sensors
Beam Profile
Analyse laser beam shape, beam size, beam position and intensity distribution to evaluate beam quality, optimise optical alignment and improve process stability.
Relevant technologies: Camera-Based Beam Profilers • Scanning Slit Beam Profilers • Beam Analysis
Spectrum
Measure wavelength, spectral distribution and optical spectrum characteristics using compact or high-resolution spectrometers for laser, LED and broadband light source characterization.
Relevant technologies: Spectrometers • Optical Spectrum Measurement • Spectral Analysis
Colour & Light
Characterise colour, intensity and other photometric and radiometric properties of light sources, displays and illuminated surfaces.
Relevant technologies: Colorimeters • Photometers • Light Measurement • 2D Measurement
Single Photons
Detect individual photons and extremely low light levels using photon counting modules, SPAD detectors and single photon detection technologies for quantum photonics, spectroscopy and fluorescence measurements.
Relevant technologies: Single Photon Detectors • Photon Counting
Find the Right Measurement Technology
The right measurement technology depends on the optical source, wavelength range, power level, beam characteristics and required measurement accuracy.
A high-power industrial laser requires different measurement technology than a low-light quantum experiment. Parameters such as wavelength, beam diameter, pulse duration, repetition rate and dynamic range all influence instrument selection.
Our broad portfolio covers measurement technologies for applications ranging from laboratory characterization and R&D to production monitoring and quality assurance.
Explore the key measurement areas below or talk to our experts to identify the right solution for your application.
From Measurement to Better Decisions
Validate Performance
Verify laser power, pulse energy, beam quality, wavelength and optical output against specification.
Improve Quality
Detect drift, beam degradation, spectral changes and other deviations before they affect products or processes.
Optimise Systems
Use measurement data to improve alignment, optical performance and process stability.
Ensure Repeatability
Monitor critical parameters to maintain consistent results over time.
Applications
Laser Manufacturing
Beam quality measurement, M² analysis, power monitoring and process validation for laser welding, cutting and additive manufacturing.
Optical Systems & R&D
Optical alignment, laser characterization, source development and validation of imaging and photonic systems.
Display & Lighting
Colour, luminance and spatial light measurement.
Spectroscopy & Analytics
Spectral characterization and low-light detection.
Quantum Photonics
Single photon counting, quantum communication, quantum sensing and time-correlated photon measurements.
Industrial Quality Assurance
Reliable optical measurement for repeatable production processes.
Why Laser 2000?
Measurement Expertise Beyond the Instrument
Choosing the right measurement technology depends on more than a specification sheet.
Our Photonics Advisors help you evaluate the complete measurement task—from the optical source and measurement conditions to accuracy, integration and data requirements.
By combining technologies from specialised measurement manufacturers, we can recommend the solution that best fits your application.
Application-Focused Consulting
Start with the measurement challenge, not the instrument.
Broad Technology Access
Solutions including laser power meters, beam profilers, spectrometers, imaging colorimeters, photometers and single photon detectors.
Independent Expertise
Technology selection based on your application requirements.
Local Support
Technical and commercial support from our teams across Europe.
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Not Sure What You Need to Measure?
Tell us about your light source, optical system or measurement challenge. Our experts can help you identify the relevant parameters and select the right measurement approach.