From September 9 to 11, 2026, the 27th China International Optoelectronic Expo (CIOE) was successfully held in Shenzhen. As a full-industry-chain event with both scale and influence in China's optoelectronic field, this expo brought together more than 4,000 leading optoelectronic companies worldwide. It covered core tracks such as information communication, laser intelligent manufacturing, intelligent sensing, new display, and AR&VR. It built a high-quality platform for technology exchange, product display, and industry matchmaking. It presented cutting-edge technologies and new development trends in the optoelectronic industry. The expo attracted huge visitor traffic. Colibri Technologies focused on the core track of full-domain intelligent manufacturing for high-speed optical transceivers. It showcased fully self-developed equipment and core technologies for the entire process of high-speed optical transceivers. These covered key processes such as precision assembly, high-precision AOI, optical fiber processing, and nanoscale motion control. They fully demonstrated the company's full-chain layout and strong technical strength in the field of high-end intelligent manufacturing for optical transceivers.

Leveraging years of technological accumulation, Colibri Technologies has built an integrated product system. It comprises ultra-high-precision components, precision fixtures, precision modules, core automation equipment, and complete intelligent manufacturing lines. This system fully covers core processes such as optical coupling for optical transceivers, AOI, optical fiber processing, high-precision bonding, and full-line assembly and testing. It precisely addresses the pain points of precision, efficiency, and consistency in mass production of high-speed optical transceivers. It helps the optical transceiver industry upgrade toward high speed, high precision, and full automation.

Key exhibits debut together, demonstrating strong intelligent manufacturing capabilities.

At this exhibition, Colibri Technologies brought multiple self-developed core equipment for high-speed optical transceivers and advanced semiconductor packaging. With efficient product solutions, solid technical parameters, and mature mass production capabilities, it demonstrated the strong capabilities of high-end precision automation equipment.

It is custom-developed for fully automated inspection of COS laser chips. It can precisely identify subtle defects on chip surfaces. These include contamination, scratches, damage, gold wire deformation, and solder overflow. Its maximum pixel resolution reaches 0.17 μm. The equipment is equipped with self-developed AI deep learning algorithms. It also incorporates high-precision drive and closed-loop control technologies. It can coordinate fully automated operations across sorting, capping, labeling, and unloading. This effectively improves inspection accuracy and production yield.

It integrates multiple functions, including optical fiber stripping, Kevlar folding, masking tape folding, and automatic material storage and unloading. It replaces multiple manual processes. It significantly reduces human error and ensures processing consistency. It supports mass production of optical fibers in multiple specifications. It effectively improves production efficiency and standardization.

The nanoscale motion control and precision testing modules exhibited at this expo cover high-precision scenarios such as optical transceivers, semiconductor packaging, and wafer inspection. The high-precision air-bearing linear stage adopts a frictionless air-bearing direct-drive design. It achieves stable nanoscale positioning of ±50 nm over a 300 mm travel range. It also ensures low vibration at high speed. The self-developed three-limb parallel six-axis alignment platform supports six-degree-of-freedom coordinated motion. It combines ultra-high stepping accuracy at the nano/micro-nano level with stable operation under a 30 kg load. It is suitable for chip stacking and precision packaging processes. The XYZ three-axis slide is equipped with full closed-loop feedback and a gravity balance mechanism. Its positioning accuracy reaches ±50 nm. Its static error is as low as ±30 nm. It precisely matches demanding processes such as optical component coupling and lens bonding. The high-precision motorized rotary stage achieves a repeat positioning accuracy of ±0.001°. It enables smooth indexing and high-speed scanning inspection of chips and wafers. The matching temperature-controlled chuck is compatible with wafers of multiple sizes. It achieves high-precision constant temperature control of ±0.1 °C over a range of -40 °C to +150 °C. This meets device reliability testing requirements. The motion control platform series is the core foundation for ensuring ultra-high positioning accuracy and operational stability in precision manufacturing equipment.

Colibri Technologies has full-process precision machining, high-precision inspection, and clean assembly capabilities. It has more than 700 precision machining units, more than 100 high-precision inspection units, and automated CNC production lines. These cover a full range of processes such as turning, milling, grinding, and wire cutting. Its core machining accuracy reaches ±1 μm. It can quickly respond to batch delivery needs for precision components in multiple materials and categories.

Relying on Class 100 and Class 1,000 cleanrooms, the company can achieve ultra-high-precision assembly with repeat positioning accuracy of ±50 nm. It provides one-stop high-precision components, customized fixtures, and precision module supporting products for high-end manufacturing fields such as optical transceivers, semiconductors, and optics.

Self-Developed Foundational Technologies Build Differentiated Core Barriers

Unlike conventional integration solutions in the industry, Colibri Technologies insists on independent control over foundational core technologies. It builds full-chain technological advantages. It precisely meets the mass production and iteration needs of high-speed optical transceivers.

At the technology level, the company independently masters core technologies such as high-precision motion control, vision AI algorithms, and complete machine automation systems. It deeply optimizes underlying equipment performance. Core modules are self-developed. This ensures equipment precision, stability, and adaptability.

At the product level, it achieves integrated collaborative development of precision components, fixtures, modules, standalone equipment, and intelligent complete lines. Through full-process system optimization, it controls equipment precision and mass production quality from the source. It solves core challenges in precision manufacturing of high-speed optical components.

Leveraging long-term practical experience serving leading domestic and international customers, Colibri Technologies has mature capabilities in customized non-standard automation, engineering implementation, and large-scale mass production delivery. The company closely follows customer mass production needs. It continuously optimizes intelligent manufacturing solutions for high-speed optical transceivers. It also continuously conducts pre-research on equipment and processes for frontier technologies such as silicon photonics and CPO/NPO. This helps customers achieve high-quality development.

Its appearance at this CIOE is a concentrated showcase of Colibri Technologies' precision intelligent manufacturing achievements for optical transceivers. In the future, Colibri Technologies will continue to deepen its efforts in the optoelectronic automation track. It will refine core technologies and optimize mass production solutions. With full-chain and highly reliable intelligent manufacturing capabilities, it will continue to empower the high-quality development of the global optical transceiver industry.