In-Line Stress Birefringence Inspection System
PHOTRON, Japan, developed the KAMAKIRI in-line stress birefringence inspection system by combining photonic crystal technology with a high speed camera. It performs area measurement of stress birefringence over the full product width, primarily for optical films and large optical glass products.
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Overview
PHOTRON, Japan, developed the KAMAKIRI in-line stress birefringence inspection system by combining photonic crystal technology with a high speed camera. It performs area measurement of stress birefringence over the full product width, primarily for optical films and large optical glass products.
Key Features
Real time inspection across the full width; birefringence and retardance inspection and assessment; long duration recording and storage; quality management analysis.
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Supplier Information
Beijing Optic Electronic Technology Co., Ltd. (Optic Electronic) was founded in 2010. It is a high-tech enterprise focusing on the optoelectronic field, providing domestic scientific research institutions and industrial users with instruments, equipment and overall solutions in optical inspection, micro-nano processing, laser applications and other fields. The company is headquartered in Changping, Beijing, with offices in Shanghai and Guangzhou, serving the whole country.
Beijing Optic Electronic Technology Co., Ltd. (Optic Electronic) was founded in 2010 and has been deeply engaged in the optoelectronic field for more than ten years, focusing on introducing and promoting mature and innovative optoelectronic technologies and reliable products from overseas, and providing professional instruments, equipment and supporting services for domestic scientific research institutions and industrial enterprises. Its products cover optical inspection and analysis, laser and micro-nano processing, semiconductor packaging inspection, physical property analysis, and special optical fibers and crystals, and are widely used in semiconductor manufacturing, materials science, biomedicine, university research and national defense.
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