CFCF2026 (The 11th Optical Connectivity Conference) will grandly open from June 25–27, 2026, at the Longemont Convention Center in Suzhou. Co-hosted by Fiber Online and Chord Industry Research Center, this year's conference focuses on AI computing infrastructure, precisely targeting industry pain points and opportunities, seizing the dividend of computing power, and promoting high-quality industry development. The conference is expected to bring together 200+ exhibitors and attract 6,000+ professional visitors.
Wuhan Laile Optoelectronics Technology Co., Ltd. sincerely invites industry colleagues to visit us for discussions, collaboration, and to explore industry developments together.
We sincerely invite you to visit us at Booth No.: G28
Wuhan Laile Optoelectronics Technology Co., Ltd. was established in 2015 and is headquartered in Wuhan, Hubei Province. It is a national high-tech enterprise. The company focuses on high-precision automation equipment and has obtained dozens of core technology patents and multiple software copyrights, maintaining a leading position in the industry. The company has a 4,000 m² office area, equipped with advanced production equipment, strict inspection processes, a complete supply chain, and a high-caliber R&D team. It has passed ISO 9001 quality system certification and is capable of delivering high-quality solutions rapidly.
The company's core products mainly cover micro-nano-level motion control systems, semiconductor chip coupling and packaging test systems, etc., supporting various materials such as silicon photonics, thin-film lithium niobate, III-V compounds, SiC, and GaN. These products can be applied in various industries, including industrial automation inspection, laser technology, biomedical, aerospace, and more.
Core Products
Dual-Lens Automatic Coupling & Packaging System
The dual-lens automatic coupling and packaging system is suitable for lens coupling and optical path shaping. The equipment features high-precision image recognition and positioning functions, and supports automated loading, automatic dispensing, and UV curing. It is applicable to various materials such as silicon photonics, thin-film lithium niobate, and III-V compounds, and is suitable for coupling and packaging of 400G, 800G, and 1.6T optical modules.
Dual-FA Automatic Coupling System
The dual-FA automatic coupling system is a self-developed automatic coupling device compatible with both TX and RX ends. It features high-precision image recognition and positioning functions, can automatically adjust the relative parallelism between the PCB board and the FA, and simultaneously perform TX-end-to-FA end-face coupling as well as RX-end-to-FA vertical coupling, with automatic dispensing and UV curing.
It is widely compatible with packaging of various materials such as silicon photonics, thin-film lithium niobate, and III-V compounds. With a high degree of automation and strong production capacity, it enables efficient large-scale manufacturing.
COB Automatic Coupling System
The COB automatic coupling system is a self-developed COB coupling device featuring one-click operation, convenient loading, high-precision image recognition, and positioning functions. It is suitable for active COB products with a multimode 850 nm wavelength, such as 400G/800G and SR4/SR8 optical modules. The equipment can automatically identify PCB board position and angle, automatically adjust parallelism, and perform automatic coupling with a coupling cycle of less than 60 seconds. It also features automatic dispensing and UV curing. The equipment is easy to operate, highly automated, and offers excellent consistency.
COC Chip Coupling Test System
The COC test system is a self-developed test platform by Wuhan Laile Optoelectronics Technology Co., Ltd., mainly used for COC coupling and testing. It can also integrate spectral measurement and output LIV, spectral data, divergence angle data, etc. The equipment is widely used in mass production testing of DFB, EML, and SOA COC/COS.
The equipment features high-precision motion control and an image recognition system that can automatically identify pad positions and lower probes automatically. It uses tray-type automatic loading/unloading, automatically recognizes Carrier QR codes, and automatically records and tracks product information. With dual stations for independent temperature control, it offers good temperature stability and high test efficiency. The equipment is easy to operate, highly automated, and offers excellent consistency.
Where to Find Us
