Magic Nano Fiber Grating Processing Femtosecond Direct Writing Equipment

MJ-Works-FBG

Fiber Bragg Grating Processing Femtosecond Direct Writing Equipment

MJ WorkS FBG is a high-performance laser direct writing device designed specifically for fiber optic sensing and optical communication applications. It is equipped with ultra clear imaging and nanometer level positioning alignment systems, which can achieve waveguide coupling between fibers and fiber arrays, as well as nanometer level 3D complex structures and FBG processing of fiber cores, fiber end faces, sides, and interiors. Equipped with a specialized roll to roll optical fiber automatic conveying device, and equipped with stress monitoring, automatic identification, positioning, and alignment of fiber cores, achieving high-throughput, precise, and rapid production.

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[Company Introduction]

Moji Nanotechnology is a high-tech enterprise and provincial specialized and innovative enterprise in the field of 3D micro nano manufacturing, integrating research and development, production, sales, and services. The R&D team has over ten years of experience in 3D micro nano manufacturing technologyWe have complete independent development capabilities in optics, electrical, mechanical, software, materials and other fields, and can provide professional integrated solutions for multiple industry application scenarios.

Enterprise launches 3D micro nano processing/nano 3D printing equipmentThe commercial nano level 3D laser direct writing lithography system, independently developed, can achieve a precision of 70 nanometers for 3D structure processing, including three series of ultrafast laser processing centers, maskless direct writing lithography equipment, and multiple photoresist products. With core technological advantages such as high precision, high speed, large format, and long-term stability, we have achieved a leap from scientific research exploration to commercial applications, effectively promoting the large-scale industrial production of micro nano 3D manufacturing in fields such as biomedicine, optoelectronic communication, new materials, micro nano devices, aerospace, etc.