Applications

SEBI ® RT1000 is a high-resolution wavefront sensor with real-time processing capabilities, designed specifically for demanding optical metrology and semiconductor detection tasks, providing high-precision measurement and high-density sampling capabilities. It inherits Wooptix's core adaptive optics wavefront phase technology, which can quickly capture and analyze wavefront distortions in optical systems. It is widely used in semiconductor wafer inspection, aberration analysis and quality control of high-end optical systems such as endoscopes and precision lenses.

SILIOS Technologies was founded in France in 2001, with a core focus on COLOR SHADES ® The hybrid technology of micro optical chips and sensors covers the research and manufacturing of diffractive optical components, multispectral cameras, and sensors.

PhotonLoop is a simple and high-performance wavefront measurement and control software that can be used for closed-loop control of adaptive lenses and mirrors.

High performance wavefront measurement, control, and sensorless optimization

High precision, high sensitivity, and high frame rate in any spectral range. Suitable for VIS, NIR, SWIR bands. Especially suitable for wavefront measurement and closed-loop adaptive optical control.

The deformable mirror wavefront control is suitable for any type of laser and provides perfect wavefront control for any optical system. High power lasers, microscopes, medical instruments, and telescopes can achieve wavefront control by integrating deformable mirrors, which can improve performance.

Deformable lenses are a plug and play aberration correction solution suitable for any optical instrument, from microscopic imaging to medical imaging and atmospheric turbulence correction. A simple and versatile aberration correction solution suitable for retinal imaging, OCT imaging, microscopy imaging, and more

The CollinMeterTM series products are effective auxiliary alignment instruments, developed based on Optikos' over 30 years of experience in precision optical system alignment technology. They are specifically designed to solve the assembly problems of optical systems such as parallel light tubes, defocused systems, telescopes, and collimators, and improve alignment efficiency.