Application

 Introduction Of Optical Application

Optical engineering is a long and young subject. Its theoretical basis-optics, as the backbone of physics, has experienced a long and tortuous development path, casting geometric optics, wave optics, quantum optics and nonlinear optics, revealing the law of light generation and propagation and the relationship with matter Interaction relationship. With the rise of laser technology and optoelectronic technology, optical engineering has developed to be based on precision optical products, and is integrated with disciplines such as information science, energy science, material science, life science, space science, precision machinery and manufacturing, computer science, and microelectronics technology. Closely intersecting and interpenetrating disciplines. It contains many important emerging disciplines, such as laser technology, optical communication, optical storage and recording, optical information processing, photoelectric display, holography and three-dimensional imaging, thin-film and integrated optics, optoelectronics and photonics technology, laser material processing and processing, Low light and infrared imaging technology, photoelectric measurement, fiber optics, modern optics and optoelectronic instruments and devices, optical remote sensing technology, and integrated optical engineering technology, etc. These branches not only made a qualitative leap in optical engineering but also promoted the establishment of a rapidly expanding modern optical industry and optoelectronics industry. BRD Optical takes its paces in the application of optics in daily life. Our optical applications can be seen in astronomy, biotechnology, defense science and aerospace, etc.

 

Important Optical Application

Optical Products in AstronomyAstronomy

In the field of astronomical observation, various optical mirrors are mainly used, mainly flat mirrors, Newtonian mirrors, etc. BRD Optical can supply high-precision customized size plane, spherical, aspherical mirrors, suitable for multiple astronomical systems.

 

Optical Products in  BiotechnologyBiotechnology

Optical components are widely used in the field of biotechnology, mainly including microscopes, optical imaging technology, optical detection, illumination assistance, sensors that assist human detection, etc.

 

Optical Products in Defense Science And AerospaceDefense Science And Aerospace

Precision optical component have important applications in space optics, aerospace and other national defense, and national major optical engineering fields. BRD Optical specializes in processing high-precision infrared optical lenses.

 

Optical Products in Environmental Monitoring And MeteorologyEnvironmental Monitoring And Meteorology

In advanced environmental and meteorological testing equipment, various optical sensors play a pivotal role. They may measure the intensity of sunlight or the imaging detection of microorganisms in various environments. In short, optical components are used for environmental and atmospheric detection. The role of China has become increasingly prominent. Especially with the continuous improvement of testing requirements, the accuracy of optical components is also constantly improving, BRD Optical's professional precision optical solutions.

 

Optical Products in High Precision Photonics SystemHigh Precision Photonics System

Optical imaging bears the brunt of the use of optical components. With the advancement of technology, more imaging systems have emerged. Such as motion imaging, high-precision infrared imaging, expanded beam imaging and diffraction imaging and so on. BRD Optical solves precision custom optics for you.

 

Optical Products in Laser Optical SystemLaser System

Optical components are one of the important components of the laser system, which directly affect the effect of laser processing. Usually, laser systems have contact wave lasers and pulsed lasers. With the development of science and technology, there are more and more high-power laser systems, and the corresponding optical components must meet the requirements of high damage threshold. BRD Optical provides you with high-precision and high-power customized optical components

 

Optical Products in Medical InstrumentsMedical Instruments

Medical optical instruments mainly include ophthalmic instruments, microscopes, medical endoscopes and medical laser instruments. Among them, imaging and filtering, light refraction are the most widely used, mainly through the use of optical lenses, filters, windows, prisms, etc....

 

Optical Products in Oil And GasOil And Gas

Advanced optical systems such as optical fiber sensor measurement and optical-electronic theodolite survey have greatly improved human beings' survey capabilities for oil, natural gas and other energy sources. Precise optical components are important parts of various measurements and survey systems. BRD Optical provides a variety of high-precision and suitable optical components.

 

Optical Products in Science And ResearchScience And Research

The development of cutting-edge science relies on many disciplines. Optics as a basic science has strong practicality. BRD Optical cooperates with domestic and foreign scientific research institutions and university research laboratories to provide precise design, processing and assembly to help scientific and technological progress.


评论

发表评论

此博客中的热门博文

Quarter-wave plate

图片
  The 1/4 wave plate uses the anisotropic characteristics of the material to have different refractive indexes and propagation speeds for light in different polarization directions, resulting in a phase difference between the two components, and converting linearly polarized light into circularly polarized light, or converting circularly polarized light into linearly polarized light.   The 1/4 wave plate can realize the mutual conversion between linearly polarized light and circularly polarized light. Clever use of wave plates can also generate optical isolators, or simultaneously change the propagation direction and polarization direction of light.   The 1/4 wave plate can be applied to the laser. In the laser cavity, two quarter-wave plates placed on both sides of the gain medium can achieve single-frequency operation. A half-wave plate is placed between the laser crystal and the resonator mirror to reduce the depolarization loss. The combination of a half-wave plate and a polarizer
阅读全文

Polarization Beamsplitter Cube (PBS)

图片
  Polarizing Cube Beamsplitters  Introduction Polarization beamsplitter cube  split randomly polarized beams into two orthog-onal, linearly, polarized components-S-polarized ligh is reflected at a 90°.   Angle while P-polarized light is transmitted. Each beamsplitter consists of a pair of precision high tolerance right angleprism cemented together with a dielectric coating on the hypotenuse of one of prism.   The coatings have been designed to hold both the S-and P-polarization components to the same ratio of reflection-to-transmission over aspecific laser wavelength region.   This means that they will not change the state of polarization of the incident beam. The low polarization dependence of the metallic-dielec-tric coating allows the transmission and reflection for S-and P-polarization states to be within 6% of each other. All entrance and exit surfaces are coated with a high efficiency, narrowband, anti-reflection coating. We offer both broadband and single wavelength.   Standard
阅读全文

What is a Double Concave Lens?

图片
  1. Introduction to double concave lens A double concave lens is also called a negative spherical lens. The middle of the lens is thin, the edge is thick, and it is concave, so it is also called a concave lens, which has a divergent effect on light.   The imaging law of the concave lens is: when the object is a real object, it becomes an upright, reduced virtual image, and the image and the object are on the same side of the lens. The concave lens has a divergent effect on the light, so the lens is also called a divergent lens, a negative spherical lens.   2. Features of biconcave lens: A double concave lens is concave on both sides and has the same radius of curvature. A double concave lens with a negative focal length is usually used for beam collimation, increasing (decreasing) the focal length or enlarging (shrink) the image.   The double concave lens has a negative focal length and is often used in imaging or beam collimation applications. The coated lens is also widely used in v
阅读全文