With the steady development of AI technology driving the continuous advancement of the AI robotics industry, the market demand for short-distance signal transmission inside robot bodies has gradually increased, which in turn has boosted the demand for core components such as short-distance electrical connectors and small optical modules equipped with micro fiber connectors.
The production of such components has certain requirements for a clean environment, and ISO 5 cleanliness plays an important role in this process. This article elaborates on component production under the ISO 5 cleanliness standard.
I. Production of Opto-Communication Core Components: Adapting to Clean Environments by Stages
Different production processes of micro fiber connectors and small optical modules have varying requirements for clean environments. In the industry, clean rooms of corresponding grades are generally allocated according to the importance of processes. Core processes can be adapted to ISO 5 clean rooms, while auxiliary processes can be carried out in ISO 6 clean environments.
ISO 5 Cleanliness: Providing Basic Assurance for Core Processes
For core processes of micro fiber connectors such as ceramic ferrule grinding, polishing and coupling, the micron-level precision of the ferrule end face affects the optical signal transmission efficiency. Operating in an ISO 5 clean environment helps reduce end face scratches caused by dust adhesion and lower signal transmission loss.
For processes such as optical path packaging, chip mounting and testing of small optical modules, as the internal optical paths are relatively sensitive to micro dust, relying on an ISO 5 clean environment can reduce the risk of optical path failure caused by dust intrusion to a certain extent and help improve the operational stability of the modules.
ISO 6 Clean Environment: Adapting to the Needs of Auxiliary Processes
Auxiliary processes such as finished product assembly, housing packaging and marking have relatively relaxed requirements for cleanliness and can be carried out in an ISO 6 clean environment. Even so, anti-static protection must be well implemented in the production process to reduce the potential risk of electronic component breakdown by static electricity and help ensure the production quality of components in every detail.
II. Professional Clean Solutions: Facilitating the High-Quality Production of Components
Against the backdrop of the AI era, the requirements for clean environments in component manufacturing have been gradually raised. Professional clean solutions that meet production needs have become one of the important supports for opto-communication core component enterprises to achieve stable production and ensure product quality.
Baihong Purification will leverage professional clean technology to create adapted clean production environments and industry-tailored solutions, supporting the high-quality production of core components in the AI era.
