Empowering AI‑Driven Optical Interconnection｜Xingte Automatic Optical‑Module Coupling Machine Facilitates Mass Productio

On September 9, the 27th China International Optoelectronic Exposition (CIOE) grandly opened in Shenzhen. At the exhibition, Xingte Technology officially unveiled its dual‑Lens automatic coupling machine purpose‑built for mass production of 400G/800G/1.6T high‑speed optical modules.

Responding to demands for quality improvement, cost reduction and efficiency gains driven by AI‑enabled intelligent computing, Xingte delivers self‑developed domestic coupling solutions, offering mature and reliable high‑end intelligent‑manufacturing equipment options for optoelectronic packaging enterprises.

1. High‑precision Hardware‑software Synergy Lays the Foundation for High‑end Mass Production

Built on a premium precision motion hardware platform and paired with in‑house core coupling algorithms, the equipment forms a high‑precision operating system with deep hardware‑software integration. Its high‑performance visual‑inspection system conducts component end‑face quality checks simultaneously during material feeding for early‑stage quality control. It realizes integrated workflows of intelligent optical‑path peak‑searching, automatic alignment and precise dispensing, greatly streamlining manufacturing procedures, eliminating manual‑operation errors, and substantially improving process stability and consistency. It fully meets stringent quality requirements for mass‑production of high‑end optical devices.

2. High‑efficiency and Stable Mass‑production Capacity Accelerates Large‑scale Production Delivery

Targeting core mass‑production pain‑points of manufacturers, the machine optimizes end‑to‑end production logic and integrates dispensing and curing into one unified workflow, significantly cutting coupling cycle time per unit. Boasting excellent equipment availability, it supports long‑hour non‑stop continuous production with strong anti‑interference performance and reliable operation. The supporting intelligent control system features user‑friendly operation and efficient commissioning with fast process adaptation. It can be rapidly deployed onto customer production lines, shortening line‑introduction cycles, helping enterprises achieve large‑scale mass‑production goals quickly and lifting overall delivery capacity.

3. Full‑dimensional Process Control Stabilizes Mass‑production Yield

For process management, the equipment is equipped with a full‑dimensional closed‑loop control system. It precisely governs key optical and process metrics including adhesive‑layer condition, flatness and return loss, comprehensively ensuring process consistency in volume manufacturing, greatly reducing defective outputs. It helps manufacturers optimize production costs and stabilize mass‑production yield, delivering solid quality assurance for high‑volume standardized manufacturing.

4. Flexible Expansion for Full‑coverage Packaging Requirements

Featuring outstanding flexible expansion and compatibility capabilities, the machine supports mainstream high‑speed optical‑module rate specifications across the industry. It accommodates multiple categories of optoelectronic packaging components and diverse coupling‑process schemes, enabling mixed‑line production of multi‑specification products. It flexibly serves packaging scenarios for high‑end optical‑communication components such as high‑speed optical modules and optoelectronic chips, catering to enterprises’ diversified and iterating production demands.

Against industrial transformations in the Optical‑Communication 3.0 intelligent‑computing era, Xingte’s dual‑Lens automatic coupling machine achieves well‑rounded breakthroughs in four dimensions: precision coupling, mass‑production efficiency, quality control and scenario adaptability. With core strengths of high stability, cost‑performance and compatibility, it breaks technical barriers for high‑end coupling equipment. It provides high‑quality and reliable domestic‑substitution equipment solutions for domestic optical‑device and optical‑module manufacturers, and continuously supports quality‑and‑efficiency improvement and independent upgrading within the optoelectronic‑packaging industry.

Expansion of high‑speed optical‑module capacity is imminent; equipment selection leaves little room for trial‑and‑error.

During CIOE, Xingte’s booth hosts live demonstrations of the full workflow of the dual‑Lens automatic coupling machine, covering automatic feeding, intelligent peak‑searching and precise locking. We warmly welcome you to bring your own products and drawings to our booth. Our technical team can conduct on‑machine packaging tests on‑site to verify coupling accuracy and cycle‑time data.

Verify our capabilities with your own products. Booth space is limited, and test‑run slots require advance reservation. Please feel free to contact us for inquiries.