This series of fiber optic patch cables is optimized for applications such as biomedical testing, fluorescence spectroscopy, and medical diagnostic equipment, reliably transmitting optical signals in the ultraviolet, visible, and near-infrared bands. The specially designed connector structure effectively prevents light leakage, ensuring accurate and consistent test data.
We offer a variety of fiber core diameters and lengths, and support customization to meet the specific needs of different equipment. Fully compliant with relevant medical device standards, these patch cables are ideal for life science testing, medical diagnostics, and environmental monitoring.
Models：SMA905 Fluorescence pof ，SMA905 2.0 pigtail pof
Developed with premium quality as the core concept, this SMA905 fiber optic patch cable focuses on the unique requirements of medical and fluorescence applications, addressing the challenges of stability, accuracy, and environmental adaptability in signal transmission for high-precision optical equipment. Whether it's critical optical path connections in medical diagnostics or ensuring the fidelity of optical signal transmission in fluorescence detection, this product, through specialized design and rigorous quality control, serves as a reliable core connection in optical systems, providing solid support for device performance.
SMA905 Fluorescence Patch Cable: Optimized specifically for fluorescence applications, it may utilize specialized fiber (such as high-OH⁻ silica fiber for enhanced UV transmission) or specialized coatings and jacketing materials to ensure biocompatibility and stability.
SMA905 2.0 Pigtail: The "2.0" designation typically refers to the fiber core diameter (e.g., 200μm, NA 0.22) or jacket outer diameter. The pigtail features an SMA905 connector on one end and bare fiber on the other, allowing for splicing or termination into equipment or other optical components.
II. Core Technical Features: Balancing Performance and Application Compatibility
1. Standardized SMA905 connector ensures precise connection
2. High-purity transmission materials reduce signal attenuation
III. Application Scenarios
1. Exclusive adaptation for the medical field: Clinical diagnostic analysis, medical sterilization compatibility, and biosafety
2. Professional support for fluorescence applications: Fluorescence signal fidelity, wide-spectrum transmission capability, and anti-interference design
