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Product
PHASICS Successfully Deploys First Custom Multi-Wavelength LWIR Wavefront Testing Platform
PHASICS has recently delivered a customized long-wave infrared (LWIR) multi-wavelength wavefront measurement platform to an aerospace customer, providing precise wavefront testing at 8.6 µm, 9.2 µm, and 12 µm within a single, compact device. This solution enables accurate measurement of divergent IR beams across multiple wavelengths, supporting advanced development and alignment of complex infrared optical systems.
June 27, 2025
Conference presentation Exhibition
PHASICS at LASER World of Photonics Munich 2025: Hall A3, Booth #212
From June 24 to 27, 2025, PHASICS will showcase its latest optical metrology solutions at LASER World of Photonics Munich. We invite you to visit us at Hall A3, Booth 212 and connect with global leaders in optical research and industry.
June 19, 2025
Product
Trouble achieving high-quality large-aperture laser beams? The real issue may be wavefront distortion—KALAS makes key parameters instantly visible
If your laser system’s performance depends on tight beam control and consistency, KALAS gives you the clarity to move forward with confidence. For passive optics, our Kaleo Kit remains the go-to solution for ultra-precise static metrology.
June 13, 2025
Product Publication
SID4 SWIR-HR: A Commercial Reference for High-Precision Wavefront Measurement in ELT's SWIR Observations
To calibrate the internal wavefront sensor (ZELDA) under highly demanding conditions, the team turned to Phasics’ SID4 SWIR-HR—a short-wave infrared wavefront sensor built on QWLSI technology, delivering phase resolution better than 2 nm RMS.
May 23, 2025
Publication
Measurement of LIDT in SLM under Femtosecond Laser Exposure: Wavefront Sensing Reveals True Damage Mechanism
In ultrafast optics, the true damage limit of LC-SLMs lies at their interfaces. Wavefront sensing exposes how nonlinear effects trigger failure well before the bulk material gives way.
May 15, 2025
Publication
How High-Power Lasers Affect Optics — Measured with SID4
Even minimal optical absorption in high-power laser systems can significantly affect wavefront quality. Institut Fresnel and CILAS researchers recently leveraged Phasics' SID4 wavefront sensors to accurately measure thermal-induced wavefront distortions in thin-film optical components under high-power laser irradiation.
May 6, 2025
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