The XQ7110 is a high-precision optical fiber taper machine designed for the production of fiber optic splitters and wavelength division multiplexers (WDM). Engineered for both R&D and batch manufacturing, it enables controlled tapering of optical fibers to create low-loss couplers and multiplexing devices with high repeatability and precision. 

The system supports the fabrication of standard optical components including 1×2, 2×2, 1×3, and 1×4 fiber splitters, as well as WDM devices such as 980/1550 nm, 1310/1550 nm, and multimode configurations. Its flexible architecture allows for a wide range of splitting ratios and tapering geometries, making it suitable for diverse photonic manufacturing requirements.

High-resolution motion control (≈1–2 µm scale) and adjustable tapering speeds (up to 800 µm/s) enable precise shaping of the fiber profile, which is critical for achieving efficient optical coupling and low insertion loss. Integrated optical power monitoring with a dynamic range of –60 to +3 dBm allows real-time process feedback and optimization during fabrication.

The system is compatible with a wide wavelength range (400–1700 nm) and supports both single-mode and multimode fiber processing, making it a versatile platform for telecom, datacom, and photonics manufacturing applications.

Its compact design and stable operating environment ensure consistent performance in both laboratory and production settings, enabling scalable manufacturing of high-quality optical fiber components.