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Kaleo MultiWAVE – Multi-Wavelength Optical Metrology System

The Kaleo MultiWAVE from Phasics is an advanced optical metrology instrument designed to measure both transmitted and reflected wavefront errors (TWE/RWE) across a broad spectral range—from UV to LWIR (190 nm – 14 µm). It enables precise characterization of coated and uncoated optics up to 130 mm in diameter, providing accuracy comparable to high-end Fizeau interferometers.
With the capability to integrate multiple wavelengths into a single test bench, the Kaleo MultiWAVE offers a cost-effective, flexible alternative to multiple interferometric setups, ensuring reliable measurements in R&D, quality control, and production environments.

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Features
  • Broad spectral coverage from 190 nm to 14 µm (UV – VIS – NIR – SWIR – MWIR – LWIR)
  • Simultaneous TWE and RWE measurement for transparent and reflective optics
  • Supports multiple wavelengths on the same bench (up to 8 custom channels)
  • High measurement accuracy comparable to Fizeau interferometry
  • Nanometric phase resolution and large dynamic range (> 500 fringes)
  • No vibration isolation required thanks to robust self-referenced design
  • Compact and stable configuration with real-time alignment and phase display
Applications
  • Optical component metrology (lenses, mirrors, coatings)
  • Quality control in optical manufacturing
  • Multi-wavelength system alignment and calibration
  • Laser optics inspection and testing
  • R&D in aerospace, defense, and semiconductor industries
Specifications
Parameter Specification
Configuration Double pass
Measurement capability TWE (transparent optics), RWE (reflective surfaces)
Number of wavelengths per instrument 1 or 2 (standard), up to 8 (custom)
Custom wavelengths Any from 193 nm to 14 µm
Typical wavelengths UV: 266, 355, 405 nm / VIS-NIR: 550, 625, 780, 940, 1050 nm / IR: 1.55, 2.0, 3.39, 10.6 µm
Clear aperture 130 mm (5.1")
Beam height 108 mm
Alignment system Live phase & Zernike coefficients display
Polarization Compatible with depolarizing optics
Alignment FOV ±2°
Pupil focus range ±2.5 m
Dimensions / Weight 910 × 600 × 260 mm³ / 25 kg
RMS repeatability < 0.7 nm (< λ / 900)
Sample reflectivity range ~4% – 100%
Vibration isolation Not required