We report an ultrafast web inspector that operates at a 1000 times higher scan rate than conventional methods. This system is based on a hybrid dispersion laser scanner that performs line scans at nearly 100 MHz. Specifically, we demonstrate web inspection with detectable resolution of 48.6???m/pixel (scan direction) ×??23???m (web flow direction) within a width of view of 6 mm at a record high scan rate of 90.9 MHz. We demonstrate the identification and evaluation of particles on silicon wafers. This method holds great promise for speeding up quality control and hence reducing manufacturing costs
Real time paper surface-web measurement is one of the challenging research fields. The traditional l...
The combination of diffractive optical elements or spatial light modulators with fully synchronized ...
Precise and rapid focus detection is an essential operation in several manufacturing processes emplo...
Laser scanning technology is one of the most integral parts of today's scientific research, manufact...
Photonic time-stretch is a novel technology that enables capturing of fast, rare and non-repetitive ...
Optical inspection systems require fast image acquisition at significantly enhanced resolution when ...
Abstract: We demonstrate fast dispersive laser scanning system by using MEMS digital micro-mirror ar...
Ultrashort laser pulses play an important role in many applications in science and technology, from ...
Dispersive Fourier Transform (DFT) is a measurement technique that facilitates wavelength to time ma...
A new optical interferometery technique is to measure surfaces at the micro and nano-scales based on...
We investigate the performance of the recently introduced 'd-scan' technique for the characterizatio...
Optical digital-imaging techniques offer a fast, high-resolution, and wide-range metrology capabilit...
Electro-optic techniques might allow implementing a laserwire scanner for intra-train scanning at th...
Modern electronics facilitate the need for fast, efficient, and reliable methods for direct laser-ba...
In this paper the development of a W-band line scan camera for the use in industrial quality control...
Real time paper surface-web measurement is one of the challenging research fields. The traditional l...
The combination of diffractive optical elements or spatial light modulators with fully synchronized ...
Precise and rapid focus detection is an essential operation in several manufacturing processes emplo...
Laser scanning technology is one of the most integral parts of today's scientific research, manufact...
Photonic time-stretch is a novel technology that enables capturing of fast, rare and non-repetitive ...
Optical inspection systems require fast image acquisition at significantly enhanced resolution when ...
Abstract: We demonstrate fast dispersive laser scanning system by using MEMS digital micro-mirror ar...
Ultrashort laser pulses play an important role in many applications in science and technology, from ...
Dispersive Fourier Transform (DFT) is a measurement technique that facilitates wavelength to time ma...
A new optical interferometery technique is to measure surfaces at the micro and nano-scales based on...
We investigate the performance of the recently introduced 'd-scan' technique for the characterizatio...
Optical digital-imaging techniques offer a fast, high-resolution, and wide-range metrology capabilit...
Electro-optic techniques might allow implementing a laserwire scanner for intra-train scanning at th...
Modern electronics facilitate the need for fast, efficient, and reliable methods for direct laser-ba...
In this paper the development of a W-band line scan camera for the use in industrial quality control...
Real time paper surface-web measurement is one of the challenging research fields. The traditional l...
The combination of diffractive optical elements or spatial light modulators with fully synchronized ...
Precise and rapid focus detection is an essential operation in several manufacturing processes emplo...