Square 45 Degree JGS1 Quartz 532nm Laser Optics Mirror

6*6*2mm JGS1 Quartz 532nm beam combiner 532nmHR 1064nmHT Laser optics mirror

Description:

Name:532nm Beam Combiner

Size:6*6*2mm

Coating: 532nmHR 1064nmHT

Application: laser machine

Degree:45 degree

Angle:45 degree

Usage:Optics

Transmittance:99.8%-99.9%@1064nm

Reflective Rate:99.8%-99.9%@532nm

RGB beam combiners enable any two or three primary colours in the visiable wavelength region to be combined, Combiners are available for either 2 or 3 wavelength : 2 wavelength combiners combine red/green, green/blue or red/blue, 3 wavelength combiners provide full RGB operation, enabling full colour displays.

Picture:

Shaanxi Ruichen Optoelectronic Technology Co., Ltd., which has a high-tech enterprise, it is specialized in the design, develop, produce and sell of laser optics and light source products.

Company has perfect production equipment and a high level of research and development, production, sales professional team. the unique of Huaxing Bofa is that it could meet customers special application requirements, giving customers the most intuitive form a complete set of product selection and use requirement. 

Adhering to the principle of " science , hoest, pragmatism and innovation", and the company adheres to the " technology as the guide, service as the carrier", with a brand new managment concept, Energetic staff of high quality, wholeheartedly for all guests to serve, Sincerely welcome all friends to visit, guidance and negotiate business.

Can be customized according to customer needs to provide the highest quality laser protective lens, long life, can withstand high
power laser.

To ensure the quality and stability of the machine, we use the most advanced production and testing equipment,

including CO2 lasers meter,grinding machines, scanning mirror, We provide customers with affordable, high-quality lens. We have the best supply chain in China and parts manufacturers, and a solid record of quality and innovation, to prove that our 10-year performance of the optics lens.