Shenzhen Winners Communication Technology Co.,Ltd
Shenzhen Winners Communication Technology Co.,Ltd
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Up To 1000°C Fiber Type Single-Mode Photonic Crystal Fibers With Air Or Polymer Cladding Material
The Photonic Crystal Fibers offered by our company are cutting-edge optical fibers designed to meet the diverse needs of various applications. These fibers are engineered with precision to deliver exceptional performance in terms of Mode Field Diameter, Birefringence, Nonlinearity, Numerical Aperture, and Wavelength Range.
With a Mode Field Diameter ranging from 3-10 μm, our Photonic Crystal Fibers are capable of delivering precise and focused light, making them ideal for applications such as Micro-incision Lithotripsy. The high Birefringence of these fibers ensures superior polarization control, enabling enhanced optical performance in demanding environments.
These fibers are characterized by their high Nonlinearity, allowing for efficient nonlinear optical processes and enabling advanced functionalities in areas such as optical signal processing and high-power laser systems. The Numerical Aperture of our Photonic Crystal Fibers exceeds 0.8, signifying their exceptional light-gathering ability and suitability for high-resolution imaging and sensing applications.
Our Photonic Crystal Fibers offer a wide Wavelength Range spanning from 400 to 2000 nm, making them versatile and adaptable for a broad spectrum of optical applications. Whether you require precise light delivery in the visible spectrum or advanced optical manipulation in the near-infrared range, these fibers deliver consistent and reliable performance.
For applications demanding Micro-incision Lithotripsy, our Photonic Crystal Fibers provide a tailored solution with a Numerical Aperture of 0.7. The high-NA Photonic Crystal Fiber variant with a Numerical Aperture exceeding 0.8 is specifically designed to meet the exacting requirements of cutting-edge medical procedures, ensuring optimal performance and reliability.
In addition to our standard product offerings, we also provide Custom PCF Parameters with adjustable Core and Pitch configurations. This customization capability allows you to tailor the fiber properties to your specific application requirements, ensuring seamless integration and optimized performance.
Winners' high-NA silica-core Photonic Crystal Fiber (PCF) model PCF-1064, originating from China, is a versatile product suitable for a wide range of application occasions and scenarios due to its unique attributes. With a mode field diameter ranging from 3 to 10 μm, this PCF offers exceptional performance in various settings.
The high nonlinearity of this PCF makes it ideal for applications requiring efficient nonlinear effects. Its wavelength range of 400-2000 nm caters to different wavelength requirements, allowing for flexibility in usage. The core material of silica glass ensures high durability and reliability.
Whether in research laboratories, industrial settings, or educational institutions, the Winners PCF-1064 proves its value. Its cladding material options of air or polymer offer further customization based on specific needs and environments.
For applications that demand resistance to 808nm, this PCF is a dependable choice. The large mode area PCF (LMA 100-500μm²) feature enables efficient light transmission and manipulation, making it suitable for high-power laser delivery systems.
Additionally, the PCF connectors available in FC/APC type ensure secure and stable connections, enhancing the overall performance of the system. With its exceptional characteristics and adaptability, the Winners PCF-1064 is a reliable solution for a wide array of optical applications.
Our Product Technical Support and Services for Photonic Crystal Fibers include:
- Comprehensive troubleshooting assistance to address any product-related issues
- Expert guidance on product installation, usage, and maintenance
- Training sessions to help customers maximize the performance of our Photonic Crystal Fibers
- Regular product updates and notifications regarding advancements and improvements