piShaper - highly efficient beam shaping optics

With these unique devices it is possible to convert TEM00 or multimode laser beam into a collimated Flat‐top beam with nearly 100% efficiency and conserving flatness of the wavefront and for all laser wavelengths: UV, visible, near‐ and mid‐IR. PiShaper produces a collimated Flat‐top beam over large working distance. This enables manipulating and re‐sizing the Flat‐top output beam using conventional imaging optics. Almost the same effective sizes of input and output beams let it easy to integrate the piShaper in your application. Initially designed as an achromatic optical system the piShaper can work simultaneously with several lasers of different wavelengths.

peaXXus - Lossless beam splitting with variable energy distribution

Lossless laser beam shaping by splitting the laser energy into a 3x3 matrix of separate spots with variable intensity is realized by peaXXus optics of patented design, developed for material processing such as welding, cladding based on multi-kW lasers.
The optical design provides lossless and efficient energy re-distribution of TEM00 or multimode lasers at different wavelengths. The optical elements are made of refractive material. Afocal design and ensuring negligible thermal focus shift allow easy and simple integration of peaXXus in equipment.

foto-foXXus - imaging with 5ˣ extended depth of field for machine vision, photography

The long-standing goal of extending depth of field (DOF) in a variety of imaging applications in machine vision, photography and cinematography is realized in family of foto-foXXus optics of patent pending design. The 5ˣ extension of DOF is achieved due to multi-focus optical system that ensures high image quality with acceptable sharpness. Applying the modern image processing techniques enhances the image contrast. Applications include bar-code reading, multifocal microscopy, inspection optics, vision-guided robotics, visual effects in photography and cinema. The novel foto-foXXus 5ˣ models present lens-mounted afocal optics that provides easy and simple integration into existing optical imaging systems.

piShaper - highly efficient beam shaping optics

With these unique devices it is possible to convert TEM00 or multimode laser beam into a collimated Flat‐top beam with nearly 100% efficiency and conserving flatness of the wavefront and for all laser wavelengths: UV, visible, near‐ and mid‐IR. PiShaper produces a collimated Flat‐top beam over large working distance. This enables manipulating and re‐sizing the Flat‐top output beam using conventional imaging optics. Almost the same effective sizes of input and output beams let it easy to integrate the piShaper in your application. Initially designed as an achromatic optical system the piShaper can work simultaneously with several lasers of different wavelengths.

peaXXus - Lossless beam splitting with variable energy distribution

Lossless laser beam shaping by splitting the laser energy into a 3x3 matrix of separate spots with variable intensity is realized by peaXXus optics of patented design, developed for material processing such as welding, cladding based on multi-kW lasers.
The optical design provides lossless and efficient energy re-distribution of TEM00 or multimode lasers at different wavelengths. The optical elements are made of refractive material. Afocal design and ensuring negligible thermal focus shift allow easy and simple integration of peaXXus in equipment.

foto-foXXus - imaging with 5ˣ extended depth of field for machine vision, photography

The long-standing goal of extending depth of field (DOF) in a variety of imaging applications in machine vision, photography and cinematography is realized in family of foto-foXXus optics of patent pending design. The 5ˣ extension of DOF is achieved due to multi-focus optical system that ensures high image quality with acceptable sharpness. Applying the modern image processing techniques enhances the image contrast. Applications include bar-code reading, multifocal microscopy, inspection optics, vision-guided robotics, visual effects in photography and cinema. The novel foto-foXXus 5ˣ models present lens-mounted afocal optics that provides easy and simple integration into existing optical imaging systems.