The Y-Waveguide Automatic Coupling Equipment is a high-precision automated system purpose-built for integrated optical Y-waveguide components. It integrates three sets of six-axis precision motorized stages with real-time feedback on optical power and extinction ratio to enable rapid automatic alignment and coupling between polarization-maintaining fiber arrays (PM FA) and Y-waveguide chips. The system also supports automated dispensing and UV curing. Featuring polarization state optimization and multi-channel synchronous calibration, it is compatible with various Y-waveguide structures, including lithium niobate and silicon-based waveguides. This equipment greatly improves production efficiency and consistency, making it ideal for applications in silicon photonics, thin-film lithium niobate, and other material platforms.

The Silicon Photonic Chip Automatic Coupling Test System is capable of simultaneously meeting both chip coupling and testing requirements. The system supports coupling and testing for various types of planar lightwave circuit (PLC) devices.

The DFB Laser Multi-Lens Coupling Welding System is designed for coupling and welding of 7/14-pin DFB lasers with multi-lens arrays and polarization-maintaining (PM) fibers. The system is built around dual six-axis high-precision motorized stages and coupling test software as its control core, enabling fixed-axis coupling and alignment of multi-lens assemblies and PM fibers. Meanwhile, the dual-beam laser welding module, equipped with three-axis motorized stages, ensures fast and precise positioning of components for welding. This system achieves precise alignment and low-stress welding fixation between DFB chips, lenses, and PM fibers, ensuring stable optical transmission from the chip through the fiber.

The Single-Lens Coupling Equipment is designed for lens coupling and optical path shaping. The lens is held by vacuum suction, enabling fast picking without damaging the component, with a coupling cycle time of < 30 seconds. The coupling module features a modular design, allowing the system to accommodate various small lens specifications with simple fixture changes, offering broad applicability and strong scalability.

The Automatic Lens Alignment System is a self-developed automatic alignment and packaging equipment for LiDAR devices by Wuhan Laile Optoelectronics Technology Co., Ltd. The system enables automatic alignment between laser arrays and cylindrical lenses, and is suitable for alignment of single-sided and double-sided laser arrays with lenses.

The Detector Automatic Welding System is a high-precision coupling and welding system designed for detectors. It is suitable for coupling and packaging scenarios where optical fibers are inserted into the detector package housing. The system automatically threads the fiber and adjusts the distance between the fiber and the chip. It is compatible with various packaging processes, including adhesive bonding and resistance welding.