As the demand for AI computing power surges, 800G/1.6Tbps optical modules, as core components supporting backbone networks and intelligent computing centers, are experiencing explosive market growth. The triple bottlenecks of traditional manual coupling—low efficiency, insufficient precision, and poor consistency—are becoming increasingly prominent. Fully automatic precision coupling, with its significant production capacity improvements, micron-level control, and high stability advantages, is emerging as the core technological pathway for cost reduction and efficiency enhancement in optical device manufacturing.
At this critical window of opportunity, Wuhan Laile Optoelectronics Technology Co., Ltd. has upgraded its dual-lens fully automatic coupling equipment, providing the optical communications industry with a comprehensive upgrade solution—from manual dependency to intelligent manufacturing.
Hardcore R&D: Full-Process Automation Redefines the Coupling Production Paradigm
Dual-Lens Fully Automatic Coupling Equipment: Breaking Through Production Capacity Ceilings with Unattended Operation
The dual-lens fully automatic coupling equipment features Laile Optoelectronics' innovative multi-layer magazine and multi-PCS tray structure, enabling batch continuous production with a single loading, with a single-machine cycle efficiency of less than 2 minutes.
The equipment integrates six functional modules: automatic loading/unloading, precision dispensing, laser height measurement, visual recognition, dual-lens combined coupling and alignment, and UV curing—achieving truly unattended production. One operator can easily manage multiple machines operating in parallel.
In terms of precision control, the equipment offers micron-level full-closed-loop control capabilities: coupling repeatability < 2%, adhesive layer thickness error < ±2 μm, laser height measurement and parallelism detection accuracy of ±1 μm, and visual recognition accuracy of ±3 μm.
Notably, the equipment features self-learning capabilities and can automatically calibrate positions. Production can resume within 5 minutes after component replacement, significantly reducing the impact of changeover and debugging on production capacity.
The product is suitable for batch manufacturing of optical communication devices and automated packaging scenarios on high-speed optical module production lines.
Proactive Capacity Expansion: Intelligent Production Lines Ensure Batch Delivery Capability
To match the rapidly growing market demand and the strategic opportunity of domestic substitution, Laile Optoelectronics has completed a full-chain capacity expansion, positioning its production capacity and delivery capabilities at the forefront of the industry, with a delivery capacity of 50 units per month and ample inventory.
Currently, the capacity utilization rate of the company's core products remains at a high level, and a nationwide "R&D + Manufacturing + Service" support network has been established. This further improves customer response speed, ensures stable equipment supply for high-end optical device production lines such as 800G/1.6Tbps, and provides efficient and reliable delivery support for global customers.
Looking Ahead: Innovation at the Core, Smart Manufacturing as the Wing
Going forward, the company will continue to increase R&D investment in cutting-edge technology fields such as visual recognition, adaptive algorithms, and ultra-precision motion control, further enhancing the high efficiency, high precision, and high stability of its coupling equipment. With strong R&D capabilities and an open, collaborative industrial ecosystem, Laile Optoelectronics will help China's optical communications manufacturing industry achieve higher-quality intelligent development.
