Silica Glass PCF Optical Fiber High Nonlinearity Single Mode Optical Fibers

Product Description:

The Photonic Crystal Fibers product is designed with high nonlinearity and high birefringence, making it ideal for a wide range of applications that require precise light control and manipulation. Its unique properties allow for efficient nonlinear optical processes and enhanced light-matter interactions.

With a Numerical Aperture (NA) greater than 0.8, this High-NA Photonic Crystal Fiber offers exceptional light-gathering capabilities, enabling high-resolution imaging and efficient light transmission. The fiber's high birefringence further enhances its performance by allowing for polarization-dependent applications and improved signal processing.

Operating Temperature of up to 1000°C makes this fiber suitable for demanding environments where extreme heat resistance is required. The core material of the fiber is made from Silica Glass, ensuring excellent optical properties and stability under varying conditions.

Whether used in LMA PCF Bend Radius (≤10mm) setups for tight bending applications or Laser Surgery PCF with a 9° Angled Endface for precise medical procedures, this Photonic Crystal Fiber delivers consistent and reliable performance. Its versatility and high-quality construction make it a valuable tool for researchers, engineers, and professionals in various industries.

Features:

• Product Name: Photonic Crystal Fibers
• Wavelength Range: 400-2000 Nm
• Birefringence: High
• Coating Material: Polyimide Or Acrylate
• Cladding Material: Air Or Polymer
• Nonlinearity: High
• Custom PCF Parameters (Core/ Pitch Adjustable)
• Micro-incision Lithotripsy PCF (NA 0.7)
• Double-Clad Pumping PCF (Pump NA>0.55)

Applications:

Winners Photonic Crystal Fibers, model PCF-1064, are versatile optical fibers suitable for a wide range of applications due to their unique characteristics. Originating from China, these fibers offer a wavelength range of 400-2000 Nm, making them ideal for various optical systems.

One of the key features of Winners PCF-1064 is its high nonlinearity, which allows for efficient nonlinear optical processes. The coating material options of polyimide or acrylate provide flexibility for different environmental conditions, ensuring durability and reliability.

These fibers are designed for specific applications, including Double-Clad Pumping PCF with Pump NA>0.55. This design enables efficient pump delivery and signal extraction, making it ideal for high-power fiber lasers and amplifiers.

Moreover, Winners PCF-1064 offers Custom PCF Parameters, with adjustable core and pitch dimensions. This customization capability allows for tailored solutions to meet specific project requirements, ensuring optimal performance in various scenarios.

The cladding material options of air or polymer further enhance the versatility of these fibers. Whether for sensing, imaging, or telecommunications applications, Winners PCF-1064 provides reliable performance across different environments.

Another notable feature is the LMA PCF Bend Radius of ≤10mm, which enables tight bending without compromising performance. This feature is particularly useful in compact optical systems where space is limited, ensuring efficient light propagation even in confined spaces.

With a Numerical Aperture of ＞0.8, Winners PCF-1064 delivers high light-coupling efficiency, making it suitable for demanding applications that require precise light control and transmission.

Support and Services:

Product Technical Support and Services for Photonic Crystal Fibers:

Our technical support team is available to assist with any inquiries related to the Photonic Crystal Fibers product. We provide comprehensive support to ensure that customers can effectively utilize the product's features and capabilities.

Our services include troubleshooting, maintenance guidance, product training, and customization options to meet specific requirements. We are committed to delivering high-quality support to optimize the performance and reliability of the Photonic Crystal Fibers product.