UV Optics
Precision UV Optical Elements Are Manufactured from Special Materials Such as Fused Silica and Calcium Fluoride Crystals, Providing Efficient Deep-UV-to-Extreme-UV Transmission.
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Overview
Precision UV Optical Elements Are Manufactured from Special Materials Such as Fused Silica and Calcium Fluoride Crystals, Providing Efficient Deep-UV-to-Extreme-UV Transmission.
Applications
Semiconductor manufacturing: lithography illumination uses UV homogenizing optics to control wafer-exposure uniformity. Mask inspection integrates deep-UV microscope objectives to exceed diffraction-limited resolution. Extreme-ultraviolet lithography (EUV) uses multilayer mirror assemblies to maintain reflectance. Research: synchrotron beamlines use UV monochromators for vacuum-UV energy selection. Angle-resolved photoelectron spectroscopy (ARPES) uses UV focusing mirrors for accurate electronic-state measurements. Quantum-computing platforms use UV wavelength converters to manipulate ion-trap qubits. Environmental monitoring: ozone-monitoring satellite payloads integrate UV spectrometers to map stratospheric ozone concentration. Water-quality sensors use UV fluorescence excitation to detect organic pollutants. Atmospheric aerosol analyzers use UV polarizing optics to analyze microscopic particle structure. Medicine and life science: flow cytometers use UV excitation for multiparameter cellular DNA/RNA analysis. UV laser microdissection uses achromatic objectives for precise tissue sampling. Photodynamic-therapy equipment integrates UV filters for precise treatment-light dosage. Industrial processing: UV laser marking systems drive beam-shaping optics through laser-focusing control modules for micrometer-scale marking. Printed-circuit-board exposure machines use UV homogenization for circuit imaging quality. Disinfection equipment uses deep-UV reflector assemblies to improve radiation-energy utilization. Frontier exploration: extreme-UV astronomical telescopes use multilayer mirrors for plasma diagnostics in star-forming regions. Femtosecond UV laser systems use dispersion-compensating prisms to control temporal pulse characteristics. Quantum-communication systems integrate UV single-photon detectors to improve key-distribution rates.
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Supplier Information
Changchun Longze Precision Optical Instrument Co., Ltd., established in 2012, specializes in the processing and manufacturing of precision optical components. Its products are applied in fields such as optical imaging instruments, optical testing instruments, medical instruments, and laser instruments. With excellent quality and exquisite craftsmanship, it has won wide acclaim from customers at home and abroad. Adhering to the concept of 'fine products, dedicated to quality' and strictly following the ISO9001 quality certification system, the company possesses advanced inspection equipment such as ZYGO interferometers, Agilent Cary 5000 spectrophotometers, etc., ensuring each product meets specifications. Its products are widely exported to developed markets like the US, EU, and Japan. Main products include precision optical lenses, optical domes, filters, mirrors, optical windows, prisms, assembly, and coatings, used in various commercial, medical, scientific research, imaging systems, and laser systems.
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