Polarization Maintaining Fiber Array PM V Groove Fiber Array High Precision Quartz Pyrex Silicon 1 To 64 Channel

High-quality polarization-maintaining fiber arrays consist of multiple polarization-maintaining fibers with their polarization axes aligned and arranged in the same plane. Made of Quartz, Pyrex glass, or Silicon, these arrays offer high precision, high reliability, and low cost.

• High Pitch Accuracy: < 0.5µm.
• Polarization Axis Alignment: Precise alignment of the fiber's polarization axis (fast or slow axis).

• Polarization-maintaining waveguide devices (PM Photonic Waveguide Devices)
• Planar Splitters
• Integrated Fiber Optic Components
• Coherent Communication Systems
• Fiber Optic Sensing Systems

FAQ

1. What is the warranty policy for this high-end V-groove polarization-maintaining array product? What industry standards does it comply with?

Shenzhen Gracyfiber Optic Communication Technology Co., Ltd. adheres to a rigorous precision manufacturing philosophy. All our products have passed ISO9001 quality management system and RoHS environmental compliance certifications, and strictly follow the Telcordia GR-1221-CORE international reliability standard. We provide a 3-year standard warranty for this high-end polarization-maintaining fiber array. During the warranty period, if optical performance degradation or physical failure occurs due to non-human causes, we will unconditionally provide free replacement service.

2. Do you provide technical support when conducting multi-channel chip waveguide coupling design or material CTE evaluation?

Absolutely. Our international R&D and engineering team has over 25 years of deep technical expertise in polarization-maintaining devices and high-density micro-optical packaging. Whether it's a complex evaluation of 64-channel FA and chip waveguide coupling loss, stress analysis of different substrate materials, or optimization of anti-reflective endface design, we can provide you with expert-level remote technical guidance and consultation via conference or email.