Renewable Design for Quartz Bars - High Precision Customized Optical Glass Micro Ball Lens – LZY
Renewable Design for Quartz Bars - High Precision Customized Optical Glass Micro Ball Lens – LZY Detail:
High Precision Customized Optical Glass Micro Ball Lens
Ball lenses are commonly used for laser collimating and focusing, laser-to-fiber coupling, fiber-to-fiber coupling, and fiber-to-detector coupling. It is used in such devices as endoscopes, microscope objectives or fiber optics couplers.
Material
Other optical glass materials from Schott, Ohara, Hoya or Chinese CDGM, UVFS from Heraeus, Corning, Germanium, Silicon, ZnSe, ZnS, CaF2, Sapphire are also available upon request .We offer BK7 Ball Lenses, Fused Silica Ball Lenses, Sapphire Ball Lenses, S-LAH79 Ball Lenses etc.
Specification
Products shown
Typical Applications
Scanner
Cell phones (displays and display protection)
Infrared-/ and UV-applications (e.g. sensors, monitoring systems, thermal cameras)
Product detail pictures:
Related Product Guide:
We're convinced that with joint endeavours, the business between us will bring us mutual benefits. We are able to guarantee you products high quality and competitive value for Renewable Design for Quartz Bars - High Precision Customized Optical Glass Micro Ball Lens – LZY , The product will supply to all over the world, such as: Greenland, Toronto, Morocco, With the effort to keep pace with world's trend, we will always endeavor to meet customers' demands. If you want develop any other new products, we can customize them for you. If you feel interest in any of our products or want develop new products, please feel free to contact us. We are looking forward to forming successful business relationship with customers all over the world.
By Diana from Korea - 2017.06.25 12:48
Company director has very rich management experience and strict attitude, sales staff are warm and cheerful, technical staff are professional and responsible,so we have no worry about product,a nice manufacturer.
By Louise from Honduras - 2017.09.30 16:36
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