CCJC OPTICS

DefinitionAbsorption in laser optics refers to the process where laser energy is converted into heat within optical substrates, thin-film coatings, or bulk materials, instead of being transmitted o...

Optical coatings are thin layers of dielectric, metallic, or composite materials deposited onto optical components (lenses, prisms, mirrors, windows) to manipulate light propagation—controlling tra...

Metasurface & Metamaterial Beam SplittingTraditional coated films will be replaced by subwavelength microstructures, enabling precise control of wavelength, polarization, and splitting ratio with u...

A beam splitter prism works based on partial reflection and partial transmission of light at a coated interface, combined with the geometric structure of the prism to control the light path.Core wo...

1. Cameras & PhotographyCell phone camerasMiniature beam splitter prisms inside mobile phones divide incoming light into separate paths for the imaging sensor, autofocus (AF) sensor, and exposure m...

Beam splitter prisms are classified according to their **optical principle, structural design, coating type, and functional purpose**. The main types are as follows:1. Plate Beam Splitters- Consist...

Applications of Beam Splitter PrismsBeam splitter prisms are key optical components that split an incident light beam into two or more separate beams with specific intensity, polarization, or spect...

Night vision devices (NVDs) are essential tools designed to enable clear observation, detection and operation in low-light, dark or low-visibility environments. With compact design and high perform...

CCJC OPTICS excels in crafting high-performance night vision lenses through 1. Expertise in Infrared-optimized MaterialsWe specialize in processing a wide range of infrared-grade materials critical...

A night vision focus lens is an optical system specially designed for Light collection and transmissionThe lens gathers visible light and near‑infrared light (usually 850 nm or 940 nm) from the sce...

Selection Principles for Night Vision Focus LensSpectral Response & Infrared SensitivityThe lens must have high transmittance in the near-infrared band (typically 850nm or 940nm) to ensure sufficie...

Optical lenses are core components in the laser industry, playing an irreplaceable role in laser generation, beam transmission, shaping, and focusing. Their precision and performance directly deter...

Compared with conventional optical glass, It features an extremely low coefficient of thermal expansion, high thermal stability, and a much higher laser damage threshold, making it ideal for high‑p...

Optical glass is one of the most fundamental and widely used materials in precision optical components. It features With good chemical stability and mechanical strength, optical glass can withstand...

When choosing the right optical lens material for a particular application, key factors such asFor conventional imaging, lighting and low‑power optical systems, optical glass is usually preferred f...

Optical lens materials can be generally classified into two major categories: Optical GlassAs the most widely used material for conventional optical lenses, optical glass features high transparency...

Optical lens processing is a precision-oriented manufacturing process that involves multiple steps such as cutting, grinding, polishing, and grooving. The selection of appropriate tooling directly ...

Bichromatic filters, as precision optical components designed based on the principle of light interference, possess the unique ability to selectively transmit two specific wavelength bands while re...

Spherial lenses, as core optical components widely used in fields such as astronomy, aerospace, laser technology, and medical imaging, have strict requirements on surface accuracy, roughness, and g...

1. Introduction to Nonlinear OpticsNonlinear optics (NLO) is a branch of optics that explores the interaction between intense light fields and materials, where the optical response of the material ...

Aspherical lenses, also known as aspheres, are lenses whose surface profiles are not portions of a sphere or cylinder.The asphere's more complex surface profile can reduce or eliminate spherical ab...

Aspheric mirrors are a critical class of optical components that have revolutionized precision optics across numerous industries. Unlike traditional spherical mirrors, which have a uniform curvatur...

Optics is the branch of physics and technology dedicated to the study of light—its generation, propagation, manipulation, detection, and interaction with matter. It explores both visible light and ...

High-power laser systems have been widely applied in industrial processing, medical treatment, scientific research, and national defense fields. As a core optical component that determines the tran...

The selection of optical lens materials is a critical link in the design and manufacturing of optical systems, directly determining the performance, reliability, and application scope of the optica...

The application of optical lenses in scanners is fundamental to their core function: accurately converting physical documents or images into highfidelity digital data. Lenses are the "eyes" of the ...